| nr |
titel |
auteur |
tijdschrift |
jaar |
jaarg. |
afl. |
pagina('s) |
type |
| 1 |
Author index
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25 |
S1 |
p. I-VII
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artikel
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| 2 |
Editors' preface
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25 |
S1 |
p. xxiii-xxiv
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artikel
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| 3 |
Keyword index
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25 |
S1 |
p. IX-XVIII
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artikel
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| 4 |
12.O.01 Advances in microcontamination research
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Pui, David Y.H.
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25 |
S1 |
p. 107-108
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artikel
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| 5 |
31.O.04 Aerosol dispersion in human airways during one breathing cycle: The dependence of the aerosol penetration
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Scheuch, G.
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25 |
S1 |
p. 553-554
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artikel
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| 6 |
08.O.01 Airborne radon daugther particles
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Tymen, G.
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25 |
S1 |
p. 67-68
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artikel
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| 7 |
03.O.05 Air cleaning by low frequency acoustic wave
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Sadigzadeh, A.
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25 |
S1 |
p. 21-22
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artikel
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| 8 |
07.O.03 Analysis of combustion aerosol from package material
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Bentz, J.W.G.
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25 |
S1 |
p. 61-62
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artikel
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| 9 |
03.O.01 An analytical model for aerosol collection in nonuniform filter media
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Shapiro, Michael
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25 |
S1 |
p. 13-14
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artikel
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| 10 |
23.O.02 A new experimental facility for studying aerosol samplers
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Witschger, O.
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25 |
S1 |
p. 333-334
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artikel
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| 11 |
03.O.03 A new experimental method for measuring fibrous filters efficiency at low pressure conditions
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Attoui, M.B.
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25 |
S1 |
p. 17-18
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artikel
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| 12 |
24.O.03 A novel technique for optical size determination of small aerosol particles
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Quinten, M.
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25 |
S1 |
p. 345-346
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artikel
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| 13 |
23.O.01 Assessment of workers exposure in occupational hygiene by aerosol sampling
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Fabriès, J.F.
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25 |
S1 |
p. 331-332
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artikel
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| 14 |
04.O.05 A study on the sources of air pollutants observed at Tjörn, Sweden
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Fan, A.
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25 |
S1 |
p. 31-32
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artikel
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| 15 |
04.O.01 Atmospheric aerosols, atmospheric optics and visibility
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Horvath, H.
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25 |
S1 |
p. 23-24
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artikel
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| 16 |
03.O.04 Bioaerosol collection and growth on filters used for building ventilation
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Kuehn, T.H.
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25 |
S1 |
p. 19-20
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artikel
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| 17 |
24.O.02 Characterisation of aerosols of polluants for remote sensing applications
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Adam, Ph.
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25 |
S1 |
p. 343-344
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artikel
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| 18 |
06.O.04 Characteristics of vienna aerosols sampled using rotaing cascade impactor
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Kasahara, Mikio
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25 |
S1 |
p. 53-54
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artikel
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| 19 |
05.O.02 Characterization of emissions generated during laser material processing and emission formation process
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Haferkamp, H.
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25 |
S1 |
p. 37-38
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artikel
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| 20 |
32.O.01 Characterizing and classifying ultrafine aerosol particles with respect to selected properties
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Schmidt-Ott, A.
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25 |
S1 |
p. 559-560
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artikel
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| 21 |
09.O.02 Charging-induced drift and diffusion in aerosols
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Mayya, Y.S.
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25 |
S1 |
p. 79-80
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artikel
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| 22 |
22.O.04 Coal combustion aerosol particle size distribution determination using low-pressure impactor and CCSEM methods
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Lind, T.M.
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25 |
S1 |
p. 327-328
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artikel
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| 23 |
34.O.02 Concentration effects in field-flow fractionation
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Martin, Michel
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25 |
S1 |
p. 579-580
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artikel
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| 24 |
07.O.04 Controlled surface contamination
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Mesbah, B.
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25 |
S1 |
p. 63-64
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artikel
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| 25 |
31.O.05 Deposition of hygroscopic particles in the respiratory tracts
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Luo, W.
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25 |
S1 |
p. 555-556
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artikel
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| 26 |
10.O.03 Description of fission products transport with the SOPHAEROS code during reactor severe accidents
|
Cranga, Michel
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25 |
S1 |
p. 91-92
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artikel
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| 27 |
08.O.05 Determination of the activity-size distribution of radioactive aerosols released from the planned waste repository konrad
|
Berg, H.P.
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25 |
S1 |
p. 75-76
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artikel
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| 28 |
21.O.05 Droplet size distribution measurements for medical nebulizers by the forward light scattering technique (“laser diffraction”)
|
Merkus, Henk G.
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25 |
S1 |
p. 319-320
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artikel
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| 29 |
31.O.06 Dust and shotcrete tunneling: Did the exposure situation improve over the years?
|
Georg, Praml
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25 |
S1 |
p. 557-558
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artikel
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| 30 |
20.O.02 Dynamic behaviour of fractal soot aerosols
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Möhler, O.
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25 |
S1 |
p. 303-304
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artikel
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| 31 |
07.O.05 Effect of ferrocene additive on the flame synthesis of silica particles
|
Fotou, G.P.
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25 |
S1 |
p. 65-66
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artikel
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| 32 |
23.O.04 Efficiency of aerosol sampling inlets in different air environments
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Grinshpun, S.A.
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25 |
S1 |
p. 337-338
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artikel
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| 33 |
20.O.04 Electrically enhanced agglomeration of nanosized aerosols
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Gutsch, A.
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25 |
S1 |
p. 307-308
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artikel
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| 34 |
03.O.02 Electrically enhanced deposition in metal filter arrays
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Sommerer, K.
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25 |
S1 |
p. 15-16
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artikel
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| 35 |
34.O.01 Environmental study of two analytical laboratories: Comparison results of particles and metallic contaminations measurements
|
Delahaye, B.
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25 |
S1 |
p. 577-578
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artikel
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| 36 |
09.O.04 Equilibrium charge distribution among aerosol particles of arbitrary shape
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Filippov, A.V.
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25 |
S1 |
p. 83-84
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artikel
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| 37 |
34.O.03 Evaluation of metallic impurities in electronic process gases by a particle counter
|
Wang, Hwa-Chi
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25 |
S1 |
p. 581-582
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artikel
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| 38 |
33.O.04 Evaluation of protective equipment against biological aerosols in a containement cabinet
|
Labarre, M.A.
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25 |
S1 |
p. 575-576
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artikel
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| 39 |
11.O.02 Evaporation of a drop. a temperature dependent mass transfer correlation
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Smolik, J.
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25 |
S1 |
p. 99-100
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artikel
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| 40 |
11.O.01 Experimental study of condensational particle growth in nitric acid-water vapor mixtures at nearly ambient pressures and temperatures
|
Rudolf, R.
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25 |
S1 |
p. 97-98
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artikel
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| 41 |
09.O.03 Experimental study of particle transport due to thermophoresis and sedimentation in a vacuum chamber
|
Schmidt, F.
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25 |
S1 |
p. 81-82
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artikel
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| 42 |
24.O.05 Fast spectral infrared photometry and retrieval of aerosol parameters
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Poss, G.
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25 |
S1 |
p. 349-350
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artikel
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| 43 |
02.O.04 Field measurements of dry deposition and deposition velocity of aerosol particles into a spruce forest ecosystem using a surface wash-off method
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Marques, M.
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25 |
S1 |
p. 9-10
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artikel
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| 44 |
10.O.05 First results of the K A E V E R project on aerosol behaviour in LWR-containments
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Scheibel, H.G.
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25 |
S1 |
p. 95-96
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artikel
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| 45 |
05.O.04 Generation of aerosol particles by spark discharges in a capillary tube under air flow with trace volatile organic compounds
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Kohno, H.
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25 |
S1 |
p. 41-42
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artikel
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| 46 |
05.O.03 Generation of metallic nanoparticles by aerosol process: Dependence of particle size on medium gas pressure
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Tohno, S.
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25 |
S1 |
p. 39-40
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artikel
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| 47 |
31.O.01 Health effects of mineral fibres
|
Brochard, P.
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25 |
S1 |
p. 547-548
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artikel
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| 48 |
19.O.04 Humidity dependent x-ray diffraction — a new way to investigate deliquescence properties of hygroscopic salts in ambient aerosol samples
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Klaue, B.
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25 |
S1 |
p. 297-298
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artikel
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| 49 |
21.O.03 Impactor based measurement of droplet spectra-application to medical inhalers
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Koch, W.
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25 |
S1 |
p. 315-316
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artikel
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| 50 |
33.O.02 Indoor aerosol deposition studies using rare-earth tagged particles
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Lange, C.
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25 |
S1 |
p. 571-572
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artikel
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| 51 |
21.O.02 Inertial classification of droplets produced by medical nebulizers
|
Roth, C.
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25 |
S1 |
p. 313-314
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artikel
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| 52 |
02.O.03 Inlet, collection and analysis characteristics of bioaerosol samplers and development of new ones
|
Grinshpun, S.A.
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25 |
S1 |
p. 7-8
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artikel
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| 53 |
19.O.01 In-situ and on-line analytical chemistry of aerosols
|
Niessner, Reinhard
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25 |
S1 |
p. 289-291
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artikel
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| 54 |
02.O.02 Investigations of aerosol optical depth variations using spectroradiometer at an urban station, Pune, India
|
Devara, P.C.S.
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25 |
S1 |
p. 5-6
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artikel
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| 55 |
19.O.05 Ion balance of fine particle atmospheric aerosol in northern Finland
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Mäkinen, M.
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25 |
S1 |
p. 299-300
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artikel
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| 56 |
07.O.01 Lead dynamics during the synthesis of (Bi,Pb)-Sr-Ca-Cu-O powders via aerosol decomposition
|
Kauppinen, E.I.
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25 |
S1 |
p. 57-58
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artikel
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| 57 |
12.O.02 Measurement and reduction of particles emitted from a two-stroke engine
|
Patschull, J.
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25 |
S1 |
p. 323-324
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artikel
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| 58 |
32.O.03 Measurement of laser light transmission and backscattering in droplet aerosols
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Szymanski, W.W.
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25 |
S1 |
p. 563-564
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artikel
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| 59 |
11.O.04 Measurement of the bond strength between nanosized aerosol particles
|
Weber, A.P.
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25 |
S1 |
p. 103
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artikel
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| 60 |
32.O.06 Measurement of the properties of ultrafine iron oxide particles by means of on-line detection of particle magnetization, TDMA and STEM-analysis
|
Kauffeldt, Th.
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25 |
S1 |
p. 567-568
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artikel
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| 61 |
08.O.03 Measurements of 214Pb loss by recoil from decay of 218Po collected on a wire screen
|
Knutson, E.O.
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25 |
S1 |
p. 71-72
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artikel
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| 62 |
06.O.02 Metal aerosol concentrations at a refuse site
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Colbeck, I.
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25 |
S1 |
p. 49-50
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artikel
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| 63 |
04.O.04 Modeling global distribution of 222Rn, 210 Pb and 7Be in the atmosphere with general circulation models
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Armengaud, A.
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25 |
S1 |
p. 29-30
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artikel
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| 64 |
09.O.01 Modeling of particle transport in aerosol flows impinging onto flat surfaces
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Fissan, H.
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25 |
S1 |
p. 77-78
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artikel
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| 65 |
11.O.03 Monte Carlo simulations of heterogeneous nucleation on aerosol particles in the non-uniform media
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Zapadinsky, E.L.
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25 |
S1 |
p. 101-102
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artikel
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| 66 |
04.O.06 Mt. Pinatubo aerosol as a tracer of south polar transport: based on sage II satellite measurements
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Saxena, V.K.
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25 |
S1 |
p. 33-34
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artikel
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| 67 |
05.O.01 Multicomponent nanophase materials formation by gas-phase reactions of volatile precursors
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Gurav, A.S.
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25 |
S1 |
p. 35-36
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artikel
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| 68 |
32.O.04 Multiple wavelength extinction measurements in highly concentrated aerosols under industrial conditions
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Samenfink, W.
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25 |
S1 |
p. 565-566
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artikel
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| 69 |
02.O.05 Nucleation studies of H2SO4-particles in a vertical laminar flow reactor: Experimental results and comparison with a numerical model
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Roth, B.
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25 |
S1 |
p. 11-12
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artikel
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| 70 |
04.O.02 Number concentrations of atmospheric aerosol in the finnish arctic
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Virkkula, A.
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25 |
S1 |
p. 25-26
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artikel
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| 71 |
06.O.03 Occurrence of a separate ultrafine aerosol mode in the arctic marine boundary layer
|
Wiedensohler, A.
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25 |
S1 |
p. 51-52
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artikel
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| 72 |
04.O.03 On aerosol optical thickness monitoring in central europe and some derived results
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Weller, M.
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25 |
S1 |
p. 27-28
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artikel
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| 73 |
09.O.05 On the reduction of blowout from deposition gauges
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Dombrowski, N.
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25 |
S1 |
p. 85-86
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artikel
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| 74 |
22.O.05 Particle transport inflat-plate and offset-plate electrostatic precipitator
|
Suh, Y.J.
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25 |
S1 |
p. 329-330
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artikel
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| 75 |
01.O.01 Past aerosol composition from ice core studies
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Delmas, Robert
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25 |
S1 |
p. 1
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artikel
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| 76 |
21.O.04 Phase doppler anemometry, method and latest developments
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Wriedt, Th.
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25 |
S1 |
p. 317-318
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artikel
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| 77 |
24.O.04 Photon correlation spectroscopy for analysis of aerosols
|
Van Drunen, M.A.
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25 |
S1 |
p. 347-348
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artikel
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| 78 |
33.O.01 Physical and biological aerosol penetration and face-seal leak characteristics of industrial and health-care respirators
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Willeke, K.
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25 |
S1 |
p. 569-570
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artikel
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| 79 |
19.O.02 PMS measurements of charged particles formed in premixed H2/O2/Ar low pressure flames doped with SiH4 and TiCl4
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Lindackers, D.
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25 |
S1 |
p. 293-294
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artikel
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| 80 |
22.O.03 Product study of the electron beam induced degradation of Volatile Organic Compounds (VOC)
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Mätzing, H.
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25 |
S1 |
p. 325-326
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artikel
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| 81 |
07.O.02 Properties of aerogels fabricated by an aerosol process
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Schleicher, B.
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25 |
S1 |
p. 59-60
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artikel
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| 82 |
08.O.04 Radon and radon decay products behaviour in a house: comparison between modelling and measurements
|
Gouronnec, A.M.
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25 |
S1 |
p. 73-74
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artikel
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| 83 |
24.O.01 Recent advances in light scattering theory and optical particle characterization
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Gouesbet, G.
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25 |
S1 |
p. 341-342
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artikel
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| 84 |
21.O.01 Recent developments in standardisation and calibration in the field of aerosol measurement
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Mark, D
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25 |
S1 |
p. 311-312
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artikel
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| 85 |
31.O.03 Responses of the canine lungs during long-term exposure to a neutral sulfite and an acidic sulfate aerosol at low concentrations
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Heyder, J.
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25 |
S1 |
p. 551
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artikel
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| 86 |
20.O.03 Self-preserving distributions of agglomerates
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Vemury, Srinivas
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25 |
S1 |
p. 305-306
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artikel
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| 87 |
31.O.02 Simulation of airflow in a physiologically realistic airway bifurcation model
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Heistracher, T.
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25 |
S1 |
p. 549-550
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artikel
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| 88 |
06.O.05 Size distribution of atmospheric particles containing Beryllium-7
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Lange, Christian
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25 |
S1 |
p. 55-56
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artikel
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| 89 |
08.O.02 Size distribution of “unattached” short-lived radon decay products in dwellings
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Reineking, A.
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25 |
S1 |
p. 69-70
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artikel
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| 90 |
05.O.05 Study of the controlled fragmentation of liquid jets generated from a spinning-disk and realization of a monodispersed droplets generator
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Chicheportiche, Jean-Marc
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25 |
S1 |
p. 43
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artikel
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| 91 |
19.O.03 Surface-analytical investigations on the water up-take of toluene-treated combustion aerosol particles before and after exposure to NO2
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Faude, F.
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25 |
S1 |
p. 295-296
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artikel
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| 92 |
11.O.05 Surface effects on single optically levitated DEHS-particles
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Kaiser, T.
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25 |
S1 |
p. 105-106
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artikel
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| 93 |
32.O.02 Technique to simulate the time-dependent signal of the pulsed lidar with the separately located illuminating and receiving platforms for the aerosol space sounding
|
Ovod, V.I.
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25 |
S1 |
p. 561-562
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artikel
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| 94 |
10.O.04 The effect of binary condensation on post-test calculations for the integral test FAL-18
|
Lazaridis, Mihalis
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25 |
S1 |
p. 93-94
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artikel
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| 95 |
02.O.01 The effect of ozone on the photoactivity and the aerodynamic diameter of photoelectrically charged aerosols
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Matter, D.
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25 |
S1 |
p. 3-4
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artikel
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| 96 |
33.O.03 The effects of aerosolisation parameters on the viability of bioaerosols
|
Griffiths, W.D.
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25 |
S1 |
p. 573-574
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artikel
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| 97 |
10.O.01 The fission product aerosols in the programmes heva and vercors
|
Leveque, J.P.
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25 |
S1 |
p. 87-88
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artikel
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| 98 |
20.O.01 The fractal geometry of aerosol aggregates
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Jullien, Rémi
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25 |
S1 |
p. 301-302
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artikel
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| 99 |
13.O.01 The origin of aerobiology
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Moreau, R.
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25 |
S1 |
p. 109-110
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artikel
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| 100 |
23.O.03 The performance of a number of personal samplers in the assessment of bioaerosols
|
Birch, D.J.
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25 |
S1 |
p. 335-336
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artikel
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| 101 |
22.O.01 The role of inorganic aerosols in combustion and emission control
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Kauppinen, Esko I.
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25 |
S1 |
p. 321-322
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artikel
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| 102 |
20.O.05 The size and charge of droplets in the electrospraying of polar liquids in cone-jet mode, and the minimum droplet size
|
Gañan-Calvo, Alfonso M.
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25 |
S1 |
p. 309-310
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artikel
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| 103 |
06.O.01 The vertical structure of atmospheric aerosol size distributions - examples from the arctic haze
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Dreiling, V.
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25 |
S1 |
p. 47-48
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artikel
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| 104 |
10.O.02 Two-dimensional analysis of the thermohydraulic and aerosol behaviour in the PHEBUS-FPT0-containment vessel
|
Langhans, J.
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25 |
S1 |
p. 89-90
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artikel
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| 105 |
34.O.04 Use of a sedimentation battery to determine size distribution of bioaerosols in the micrometric size range
|
Droal, C.
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25 |
S1 |
p. 583-584
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artikel
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| 106 |
05.O.06 Vapor phase synthesis of silica particles
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Smolik, J.
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25 |
S1 |
p. 45-46
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artikel
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| 107 |
23.O.05 Wind tunnel testing of the sampling efficiency of personal inhalable aerosol samplers
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Mark, D
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25 |
S1 |
p. 339-340
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artikel
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| 108 |
16.P.06 AC-charging of aerosol particles
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Vercoulen, P.H.W.
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25 |
S1 |
p. 223-224
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artikel
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| 109 |
17.P.04 Actual calibration of instruments measuring the radioactivity of aerosols
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Charuau, J.
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25 |
S1 |
p. 253-254
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artikel
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| 110 |
16.P.05 Aerosol-assisted chemical vapor deposition of copper
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Roger, C.
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25 |
S1 |
p. 221-222
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artikel
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| 111 |
15.P.10 Aerosol control and monitoring system LADA
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Kalechits, V.I.
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25 |
S1 |
p. 207-208
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artikel
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| 112 |
14.P.23 Aerosol element composition and long-range atmospheric transport of pollutants (three spring seasons in the center of the Russian Arctic)
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Vinogradova, Anna A.
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25 |
S1 |
p. 153-154
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artikel
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| 113 |
29.P.02 Aerosol exposure in collection of domestic waste
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Breum, N.O.
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p. 473-474
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artikel
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| 114 |
15.P.07 Aerosol filtration by fibrous filters at intermediate knudsen numbers
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Roldughin, V.I.
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p. 201-202
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artikel
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| 115 |
14.P.39 Aerosol measurements at high-alpine sites with the epiphaniometer
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Baltensperger, U.
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p. 185-186
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artikel
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| 116 |
17.P.10 Aerosol particle losses in the sampling tubes of nuclear facilities: Assessment and experimental determination
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Vogl, K.
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p. 265-266
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artikel
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| 117 |
14.P.03 Aerosol size distribution during resuspension periods in a semi-arid region
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Serie, E.
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p. 115-116
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artikel
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| 118 |
26.P.02 Aerosol sizing by means of laser diffraction for the characterisation of pump sprays, propellant sprays and inhalers
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Witt, Wolfgang F.G.
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p. 437-438
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artikel
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| 119 |
25.P.03 Agglomeration of a titanium dioxide aerosol in a high intensity sound field
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Somers, J.
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p. 355-356
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artikel
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| 120 |
16.P.12 A mobile short-term-sequential sampling device to measure air pollutions caused by an industrial source
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Macholdt, H.
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p. 235
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artikel
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| 121 |
17.P.07 Analyses of experiments on the effect of boric acid on caesium transport with the RAFT and VICTORIA computer codes
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Hontanon, E.
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p. 259-260
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artikel
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| 122 |
14.P.29 Analytical model of sulphate layer in stratosphere: effects of aircrafts
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Sorokin, A.A.
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p. 165
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artikel
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| 123 |
30.P.03 A new laser particle sizer for powder
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Emets, E.P.
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p. 513-514
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artikel
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| 124 |
29.P.08 A new method for determining the effectiveness of personal protection when using type II microbiological safety cabinets (M.S.C.)
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Texte, J.C.
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p. 485-486
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artikel
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| 125 |
16.P.10 A new monosized drop generator : monitoring of isolated drop or drop packet
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Blaisot, J.
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p. 231-232
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artikel
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| 126 |
30.P.11 A new test rig for intercalibration of aerosol particle sizing instruments
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Schmidt, E.
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p. 529-530
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artikel
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| 127 |
29.P.06 A numerical study of the factors affecting worker exposure to contaminant
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Dunnett, S.J.
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p. 481-482
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artikel
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| 128 |
30.P.07 Application of single and double pulsed Fraunhofer in-line holography in cloud physics
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Uhlig, Eva Maria
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p. 521-522
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artikel
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| 129 |
14.P.08 A quantitative determination of aerosol sources in the Milan area
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Manini, G.
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p. 125-126
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artikel
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| 130 |
29.P.19 Are diesel particulate emissions a threat to public health?
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Lafon, D.
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p. 507-508
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artikel
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| 131 |
14.P.13 A simple dispersion model to estimate the long term average concentration of SPM: A case study
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Pattnaik, S.K.
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p. 135-136
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artikel
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| 132 |
28.P.01 Aspiration efficiency of a thin-walled sampling probe at a yaw orientation of 180°
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Ingham, D.B.
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p. 463-464
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artikel
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| 133 |
27.P.03 A study of models and experiments involving aerosol impaction in bends, changes of cross-section and simple junctions
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Kissane, M.P.
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p. 453-454
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artikel
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| 134 |
14.P.07 Atmospheric aerosol in the surroundings of large dried pools
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Smirnov, V.V.
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p. 123-124
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artikel
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| 135 |
29.P.03 Atmospheric aerosol pollutants and lung cancer measurements in Germany
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Spurny, Kvetoslav R.
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p. 475-476
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artikel
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| 136 |
14.P.40 Atmospheric microbial contamination in marseilles and porquerolles
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Di Giorgio, C.
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p. 187-188
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artikel
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| 137 |
14.P.33 Background aerosol on mediterranean coast
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Despiau, S.
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p. 173-174
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artikel
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| 138 |
25.P.22 Bimodal size distribution of aluminum aerosol formed within thermal boundary layer around evaporating metal drop
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Storozhev, V.B.
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p. 393-394
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artikel
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| 139 |
25.P.08 Binary ice nucleation in adsorbed films on compacted SiO 2 particles
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Bogdan, Anatoli
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p. 365-366
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artikel
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| 140 |
14.P.11 Black carbon to aerosol characteristics in remote areas
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Raunemaa, T.
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p. 131-132
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artikel
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| 141 |
25.P.17 Brownian coagulation in the transition regime III: self preserving size distributions
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Otto, E.
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p. 383-384
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artikel
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| 142 |
16.P.16 Cadmium atoms as condensation nuclei
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Baldin, M.N.
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p. 243-244
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artikel
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| 143 |
14.P.37 Change in the submicron particle size distribution during a cloud process measured with three DMPS systems
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Wiedensohler, A.
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p. 181-182
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artikel
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| 144 |
14.P.38 Characteristics and distribution of major ions of atmospheric aerosols in a semi-arid region of India
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Kulshrestha, U.C.
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p. 183-184
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artikel
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| 145 |
15.P.05 Characterization of aerosols penetration through protective suits
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Yves, Pierre-
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p. 197
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artikel
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| 146 |
14.P.20 Characterization of fog droplet residues and interstitial particles by laser microprobe mass spectrometry
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Gieray, R.
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p. 149-150
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artikel
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| 147 |
15.P.02 Charge distribution on elongated aerosol particles
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Grzybowski, P.
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p. 191-192
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artikel
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| 148 |
16.P.13 Charged water drops as an ion source
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Colbeck, I.
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p. 237-238
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artikel
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| 149 |
30.P.14 Chemical and analytical characterisation of atmospheric particulate samples
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Weber, S.
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p. 535-536
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artikel
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| 150 |
30.P.12 Chemical characterisation of nano particles via multiple photoelectric charging
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Fendel, W.
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p. 531-532
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artikel
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| 151 |
18.P.02 Chemical effects induced by pneumatic aerosol generation from spring waters used in E.N.T. spa medicine
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Clanet, F.
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p. 279
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artikel
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| 152 |
25.P.37 CIDNP study of the processes of cluster formation in the gas phase
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Obynochny, A.A.
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p. 423-424
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artikel
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| 153 |
30.P.02 Coherence of a light field in an optically dense aerosol
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Kokhanovsky, A.A.
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p. 511-512
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artikel
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| 154 |
18.P.04 Collection by a cylindrical denuder of nicotine evaporating from mainstream tobacco smoke
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Lewis, D.A.
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p. 283-284
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artikel
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| 155 |
15.P.03 Comparative study on filtration efficiency of fibrous flexible and stiff spherical solid aerosol particles
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Podgórski, Albert
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p. 193-194
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artikel
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| 156 |
29.P.18 Comparison of particle deposition patterns in human and rat lungs
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Hofmann, Werner
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p. 505-506
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artikel
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| 157 |
25.P.13 Concept of particle size in the nanometer range
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Tammet, H.
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p. 375-376
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artikel
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| 158 |
17.P.08 Condensational growth of soluble particles
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Moskovchenko, A.V.
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p. 261-262
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artikel
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| 159 |
25.P.21 Construction of the explosion waves theory for combustible aerosols
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Aslanov, S.K.
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p. 391-392
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artikel
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| 160 |
14.P.05 Contamination of insects of the order lepidoptera and air pollution
|
Naumova, E.
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p. 119-120
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artikel
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| 161 |
25.P.12 Continual models, based on fokker-plank equation, For inertial particles motion in laminar and turbulent flows
|
Vatazhin, A.B.
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p. 373-374
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artikel
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| 162 |
29.P.17 Cytomagnetometry with J774-macrophage cells -influence of shear-stress on the rheology of the cytoplasm
|
Möller, W.
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p. 503-504
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artikel
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| 163 |
26.P.07 Design and development of the LPC-1-200 liqudborne particle counter
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Czitrovszky, A.
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p. 447-448
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artikel
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| 164 |
16.P.08 Design of photochemical-type aerosol generators for aerosol spectrometers calibration
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Dubtsov, S.N.
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p. 227-228
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artikel
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| 165 |
17.P.15 Design of the test matrix for POSEIDON pool scrubbing experiments using the BUSCA-PSI code
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Dehbi, A.
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p. 275-276
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artikel
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| 166 |
29.P.10 Detection of beginning lung emphysema in asymptomatic middle-aged smokers by a single breath aerosol inhalation technique
|
Siekmeier, R.
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p. 489-490
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artikel
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| 167 |
30.P.09 Determination of submicronic particle size distribution by means of polarized light: Application to condensation nuclei and turboreactors
|
Herve, Philippe
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p. 525-526
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artikel
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| 168 |
25.P.27 Determination of the power-law prefactor ϵ for fractal agglomerates
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Nyeki, S.
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p. 403-404
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artikel
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| 169 |
17.P.06 Development and application of a model on vapor nucleation and condensation onto aerosols
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Hontañón, E.
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p. 257-258
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artikel
|
| 170 |
15.P.12 Diffusive mask: calculation of main parameters
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Vorobiev, E.D.
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p. 211-212
|
artikel
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| 171 |
16.P.15 Dust particle collection efficiency of cold precharger and pulse energized electrostatic precipitator under heavy dust loadings
|
Chang, J.S.
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p. 241-242
|
artikel
|
| 172 |
15.P.04 Efect of external electrostatic field on filtration efficiency of fibrous filters. Experimental studies and numerical simulations
|
Luckner, J.
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p. 195-196
|
artikel
|
| 173 |
14.P.30 Effect of electric field on the collection efficiency of large water drops collecting micron-sized aerosol particles
|
Pranesha, T.S.
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p. 167-168
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artikel
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| 174 |
29.P.05 Effect of heart rate and lung inflation on aerosol derived effective airway dimensions
|
Siekmeier, R.
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p. 479-480
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artikel
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| 175 |
25.P.28 Effect of the concentration of aerosol particles on the efficiency of their deposition in a flow thermal diffusion chamber
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Bakanov, S.P.
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p. 405-406
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artikel
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| 176 |
25.P.11 Effect of the embryo instability and heterogeneous nucleation
|
Smorodin, V.Ye.
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25 |
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p. 371
|
artikel
|
| 177 |
30.P.15 Effect of thermal rebound upon diffusion battery data
|
Skaptsov, A.S.
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p. 537-538
|
artikel
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| 178 |
25.P.35 Effect of vertical directional shear of horizontal wind on cross-wind dispersion of aerosols in the barotropic atmospheric boundary layer
|
Voloshchuk, V.M.
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25 |
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p. 419-420
|
artikel
|
| 179 |
28.P.02 Efficiency of sampling by the APC-03-2A single-particle counter
|
Czitrovszky, A.
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25 |
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p. 465-466
|
artikel
|
| 180 |
27.P.04 Efficient multiple charging of diesel particles by photoemission
|
Mohr, M.
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|
|
25 |
S1 |
p. 455-456
|
artikel
|
| 181 |
25.P.07 Eulerian approach for numerical simulation of multi-phase flow
|
Thill, C.H.
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25 |
S1 |
p. 363-364
|
artikel
|
| 182 |
25.P.06 Evaporation of an aerosol particle under the effect of radiation
|
Chernyak, V.G.
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25 |
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p. 361
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artikel
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| 183 |
16.P.07 Evolution of aerosol size spectra at haloidbenzenes photonucleation
|
Dubtsov, S.N.
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25 |
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p. 225-226
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artikel
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| 184 |
25.P.20 Evolution of aerosol size spectra at haloidbenzenes photonucleation
|
Dubtsov, S.N.
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25 |
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p. 389-390
|
artikel
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| 185 |
17.P.01 Experimental studies on hygroscopic aerosol behaviour in LWR containment conditions
|
Mäkynen, J.M.
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S1 |
p. 247-248
|
artikel
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| 186 |
26.P.05 Feasibility study of in-situ sizing of 0.1 μm particles
|
Kildesoe, Jan
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|
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25 |
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p. 443-444
|
artikel
|
| 187 |
30.P.10 Filter disc resonance: a new technique for mass concentration measurement
|
Lilienfeld, P.
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|
|
25 |
S1 |
p. 527-528
|
artikel
|
| 188 |
25.P.01 Forces upon droplets induced by external and internal concentration gradients
|
Holländer, W.
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25 |
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p. 351-352
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artikel
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| 189 |
14.P.06 Formation and transfer of toxic gas-aerosol products during forest fires
|
Savchenko, A.V.
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25 |
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p. 121-122
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artikel
|
| 190 |
18.P.03 Formation of coarse particle nitrate aerosol in southern coast of Finland
|
Pakkanen, T.A.
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25 |
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p. 281-282
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artikel
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| 191 |
16.P.01 Generation of aerosol free space by the low energy electron particulate removing system - clean box technology
|
Chang, Jen-Shih
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25 |
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p. 213-214
|
artikel
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| 192 |
16.P.17 Generation of condensation nuclei by dc electrical discharges in point to plane configuration
|
Borra, J.P.
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|
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25 |
S1 |
p. 245-246
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artikel
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| 193 |
16.P.04 Generation of metal titanate powders by spray pyrolysis using single-source precursors
|
Chandler, C.D.
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25 |
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p. 219-220
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artikel
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| 194 |
27.P.01 Growth of acid aerosol droplets in humid air
|
Schaber, K.
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25 |
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p. 449-450
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artikel
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| 195 |
14.P.10 Heterogeneous nucleation of organics to salt particles
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Hansson, H.C.
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p. 129-130
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artikel
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| 196 |
14.P.09 Heterogeneous SO2 and NO2 removal in a marine atmosphere
|
Weisweiler, W.
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p. 127-128
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artikel
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| 197 |
14.P.22 Hydration properties of atmospheric aerosol
|
Juozaitis, A.
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|
|
25 |
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p. 151-152
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artikel
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| 198 |
25.P.25 Ice-nucleating bacteria and its bioenergetics in process of the nonequilibrium water phase transitions
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Ye.Smorodin, Vladimir
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|
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25 |
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p. 399-400
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artikel
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| 199 |
14.P.18 Ice nuclei in different fractions of atmospheric aerosol
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Parshutkina, I.P.
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|
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25 |
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p. 145-146
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artikel
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| 200 |
18.P.06 Identification of gas and aerosol products in haloidbenzenes photonucleation
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Skubnevskaya, G.I.
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25 |
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p. 287-288
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artikel
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| 201 |
16.P.09 Identification of gas and aerosol products in haloidbenzenes photonucleation
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Skubnevskaya, G.I.
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p. 229-230
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artikel
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| 202 |
29.P.16 Influence of asthma bronchiale on convective gas transport in patients with asthma bronchiale
|
Siekmeier, R.
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|
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25 |
S1 |
p. 501-502
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artikel
|
| 203 |
25.P.05 Influence of particle evaporation on shock - wave induced coagulation
|
Strecker, J.J.F.
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|
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25 |
S1 |
p. 359-360
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artikel
|
| 204 |
25.P.24 Influence of surfactants on dispersion of superheated liquid and stabilization of obtained aerosol systems
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Kopyt, N.Kh.
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p. 397-398
|
artikel
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| 205 |
29.P.12 Internal penetration of three models of higgins-dewell-type cyclones
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Gudmundsson, A.
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25 |
S1 |
p. 493-494
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artikel
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| 206 |
25.P.38 Investigation of the aerosol transport as a “passive” impurity by photometring of colorimetrical complexing agents
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Struchayev, A.I.
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25 |
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p. 425-426
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artikel
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| 207 |
25.P.32 Investigation of the heat transmission processes on the boundary vapour-water
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Kudritsky, S.B.
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25 |
S1 |
p. 413-414
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artikel
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| 208 |
30.P.17 Ion mobility measurements by Vienna type DMA and Faraday cup electrometer
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Mäkelä, J.M.
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|
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25 |
S1 |
p. 541-542
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artikel
|
| 209 |
29.P.04 Laboratory measurements of respirable particles formed during ski waxing
|
Hämeri, Kaarle
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|
25 |
S1 |
p. 477-478
|
artikel
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| 210 |
16.P.14 Laser-induced breakdown spectra of Ti-Aerosol
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Bikovsky, Ju.A.
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|
|
25 |
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p. 239-240
|
artikel
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| 211 |
30.P.04 Laser multipurpose system of aerosol investigation
|
Emets, E.P.
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|
|
25 |
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p. 515-516
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artikel
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| 212 |
30.P.01 Lidar development for remote sensing of atmospheric pollutants
|
Adam, Ph.
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|
|
25 |
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p. 509-510
|
artikel
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| 213 |
30.P.05 Light scattering and absorption by large aerosol particles: Geometrical optics approximation with regards to the edge effects
|
Kokhanovsky, A.A.
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|
|
25 |
S1 |
p. 517-518
|
artikel
|
| 214 |
14.P.12 Long-range atmospheric transport of aerosols to the Southern Indian Ocean (Amsterdam Island: 37° 48′ S 77° 34′ E)
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Ezat, U.
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|
|
25 |
S1 |
p. 133-134
|
artikel
|
| 215 |
29.P.11 Magnetopneumographic estimation of particle phagocytosis in the human lung
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Barth, W.
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|
|
25 |
S1 |
p. 491-492
|
artikel
|
| 216 |
17.P.03 Measurements of indoor number size distributions and activity size distributions of 218Po
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Zock, C.
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|
|
25 |
S1 |
p. 251-252
|
artikel
|
| 217 |
17.P.05 Modelling of boron species for the integral test FAL-17
|
Lazaridis, Mihalis
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|
|
25 |
S1 |
p. 255-256
|
artikel
|
| 218 |
25.P.26 Modelling of the effects of fractal geometry on heterogeneous catalysis
|
Filippov, A.V.
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|
|
25 |
S1 |
p. 401-402
|
artikel
|
| 219 |
16.P.03 Models for discharge and evaporation in electrospray pyrolysis
|
Lin, J-C
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|
|
25 |
S1 |
p. 217-218
|
artikel
|
| 220 |
17.P.13 Monitoring of radioiodine in air
|
Borisov, N.B.
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|
|
25 |
S1 |
p. 271-272
|
artikel
|
| 221 |
15.P.08 Multistage high efficiency air filtration
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Stechkina, I.B.
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|
|
25 |
S1 |
p. 203-204
|
artikel
|
| 222 |
29.P.14 Mutagenic effect of airborne particulates on rodent tracheal epithelial cells in vitro
|
Seemayer, N.H.
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|
|
25 |
S1 |
p. 497-498
|
artikel
|
| 223 |
14.P.19 Night-time aerosol optical thickness measurements by starlight - a german-russian project
|
Naebert, A.
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|
|
25 |
S1 |
p. 147-148
|
artikel
|
| 224 |
15.P.11 Observation of fibrous filter surfaces loading with liquid aerosols by confocal microscopy
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Gougeon, R.
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p. 209-210
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artikel
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| 225 |
25.P.30 On the effect of volatility on thermophoresis of aerosols
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Bakanov, S.P.
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p. 409-410
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artikel
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| 226 |
25.P.14 On the precritical stage of nucleation
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Lushnikov, A.A.
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p. 377-378
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artikel
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| 227 |
25.P.23 Order of magnitude analysis of the equations of motion of a particle in a non-uniform unsteady flow
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Armand, P.
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p. 395-396
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artikel
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| 228 |
26.P.03 Output characterization of medical nebulizers
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Knoch, M.
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p. 439-440
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artikel
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| 229 |
27.P.05 Particle collection by small cyclones as a function of flow rate, geometric dimensions and particle size
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Maunz, M.
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p. 457-458
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artikel
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| 230 |
30.P.08 Particle sizing of highly concentrated monodisperse aerosols
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Altmann, J.
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p. 523-524
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artikel
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| 231 |
27.P.02 Particle trajectory visualization inside a wire-plate electrostatic precipitator
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Park, S.J.
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p. 451-452
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artikel
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| 232 |
30.P.20 Phase doppler anemometry with error-free measurement of large particles
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Haugen, P.
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p. 545-546
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artikel
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| 233 |
25.P.16 Photonucleation research of nitroaromatic compounds
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Mikheev, V.B.
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S1 |
p. 381
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artikel
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| 234 |
14.P.04 Physical and optical/radiative properties of stratospheric aerosols
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Pueschel, R.F.
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p. 117-118
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artikel
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| 235 |
14.P.26 PM10 concentrations and aerosol particle size distribution in outdoor air in eight regions of Switzerland
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Monn, Ch
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p. 159-160
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artikel
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| 236 |
14.P.34 Polarographic methods for determination microconcentrations of paraquat and diquat in the air
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Cohen, E.S.
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p. 175
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artikel
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| 237 |
18.P.01 Production of BrNO2, BrNO2 and CINO2 from the reaction between SEA SPRAY aerosol and N2O5
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Behnke, W.
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25 |
S1 |
p. 277-278
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artikel
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| 238 |
17.P.12 Radioactive aerosols near chernobyl in 1986–1992
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Ogorodnikov, B.I.
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p. 269-270
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artikel
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| 239 |
25.P.34 Receiving micro-nanoparticles in neutral and gases with low activity
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Sualov, A.V.
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p. 417-418
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artikel
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| 240 |
30.P.18 Reconstruction of aerosol size distributions with diffusion battery TSI 3040
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Koutsenogii, Peter
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p. 543-544
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artikel
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| 241 |
14.P.28 Relationships between chemical constituents in atmospheric aerosol and precipitation water samples
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Kmied, G.
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p. 163-164
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artikel
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| 242 |
29.P.13 Release of cytokines by quartz and coal mine dust exposed macrophages
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Griwatz, Ursula
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p. 495-496
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artikel
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| 243 |
28.P.04 Respirable aerosol sampler accuracy measurement
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Bartley, D.L.
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25 |
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p. 469-470
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artikel
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| 244 |
26.P.04 Response of an advanced near forward light scattering measuring setup to PSL-aerosols
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Peters, Christian
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25 |
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p. 441-442
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artikel
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| 245 |
14.P.15 Results of long - term airborne aerosol sounding over the former Soviet Union
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Belan, B.D.
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p. 139-140
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artikel
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| 246 |
25.P.02 Scaling of the acoustic agglomeration rate as a function of the wave energy
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Capéran, Ph.
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25 |
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p. 353-354
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artikel
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| 247 |
25.P.09 Selfpreserving size distributions in source enhanced coagulating systems
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Lushnikov, A.A.
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p. 367-368
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artikel
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| 248 |
27.P.06 Separation of submicron particles supported by heterogeneous condensation
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Schabel, S.
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p. 459-460
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artikel
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| 249 |
15.P.06 Simulation of dendrite formations of aerosol particles on a single fibre
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Lastow, Orest
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p. 199-200
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artikel
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| 250 |
14.P.16 Size analysis of airborne bacteria by an optical particle counter and an impactor
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Maus, R.
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p. 141-142
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artikel
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| 251 |
14.P.31 Size distribution and anion composition of atmospheric aerosol in the Novosibirsk Region
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Koutsenogii, P.K.
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p. 169-170
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artikel
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| 252 |
14.P.02 Size distribution and photoelectric activity of particles in wood combustion exhaust
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Hüglin, Ch.
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p. 113-114
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artikel
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| 253 |
14.P.01 Size-fractionating sampler for giant particles
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Wagenpfeil, F.
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p. 111-112
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artikel
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| 254 |
25.P.31 Size-related change of lattice parameters in Nio nanoparticles
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Gamarnik, M.Y.
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p. 411-412
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artikel
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| 255 |
30.P.06 Sizing of dispersed limestone powder using five different instruments
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Kildesoe, Jan
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p. 519-520
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artikel
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| 256 |
27.P.07 Source characteristics of emitted aerosol in the size range 0,02 to 10 μm at pigment handling in dye manufacturing
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Bohgard, M.
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p. 461-462
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artikel
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| 257 |
25.P.36 Stability of the plane poiseuille flow of dilute particle-fluid mixture
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Rudyak, V.Ya.
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p. 421-422
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artikel
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| 258 |
25.P.41 Stationary coagulation regime with evaporation
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Ryazanov, V.V.
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p. 431-432
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artikel
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| 259 |
25.P.42 Stationary nonequilibrium states of monodisperse aerosol clusters system and smolukhovsky's equation with external influences
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Ryazanov, V.V.
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25 |
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p. 433-434
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artikel
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| 260 |
25.P.19 Statistical hydromechanics of two-phase media
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Rudyak, V.Ya.
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p. 387-388
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artikel
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| 261 |
17.P.11 Study of aerosol deposition in large pipes: transat programme
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Saldo, V.
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p. 267-268
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artikel
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| 262 |
18.P.05 Sublimation and dissociation of suspended NH4Cl particles at high temperatures
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Schading, G.N.
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p. 285-286
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artikel
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| 263 |
25.P.15 Test cases for examination of fractal dimensions
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Cheng, S.H.
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p. 379-380
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artikel
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| 264 |
25.P.40 The absence of stationary states at free coagulation regime
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Ryazanov, V.V.
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p. 429-430
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artikel
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| 265 |
16.P.02 The effect of black liquor characteristics on combustion aerosols in industrial recovery boilers
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Mikkanen, Pirita
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p. 215-216
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artikel
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| 266 |
29.P.07 The effect of blocked bronchial airways on particle deposition patterns within airway bifurcations
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Balásházy, I.
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p. 483-484
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artikel
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| 267 |
25.P.39 The effect of electrical charging and dispersion on aerosol coagulation
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Vercoulen, P.H.W.
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p. 427-428
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artikel
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| 268 |
29.P.15 The effect of inhaled ipratropiumbromide powder on aerosol derived effective airway dimensions
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Siekmeier, R.
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p. 499-500
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artikel
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| 269 |
14.P.27 The experience of aircraft aerosol investigations in aral sea region
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Sinkevich, A.A.
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p. 161-162
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artikel
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| 270 |
26.P.06 The generation of micro-machined particle aerosols for characterising aerosol samplers
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Maynard, A.D.
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p. 445-446
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artikel
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| 271 |
14.P.17 The growth of atmospheric particles in moist air
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Busch, B.
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p. 143-144
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artikel
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| 272 |
17.P.14 The growth of hygroscopic aerosol in humid atmosphere
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Sabathier, F.
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p. 273-274
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artikel
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| 273 |
17.P.09 The hydrodynamic stability of ultra thin liquid film on the surfaces of unsoluble aerosol particles
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Moskovchenko, A.V.
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p. 263-264
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artikel
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| 274 |
25.P.18 The mechanical break-up of the liquid in the electric field
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Kolpakov, A.V.
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p. 385-386
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artikel
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| 275 |
15.P.09 The minimization of the fold filter resistance under nonsteady filtration
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Khudjakov, S.V.
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p. 205-206
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artikel
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| 276 |
15.P.01 Theoretical and experimental study of fibrous filters loading with liquid aerosols in the inertial regime
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Gougeon, R.
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p. 189-190
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artikel
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| 277 |
25.P.04 Theoretical consideration of lattice models for suspensions
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Filippova, O.
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25 |
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p. 357-358
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artikel
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| 278 |
30.P.16 The potential of porous plate virtual classifiers for selection of monodisperse droplets from spray nebulizers
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Wu, J.R.
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25 |
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p. 539-540
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artikel
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| 279 |
25.P.29 Thermal polarization of bodies in the rarefied gas flow and termophoresis of aerosols
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Bakanov, S.P.
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p. 407-408
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artikel
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| 280 |
26.P.01 Thermodynamic change of the size of aqueous solution droplets in particle counters
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Ferron, G.A.
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p. 435-436
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artikel
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| 281 |
25.P.10 Thermophoretic deposition efficiency in tube flow
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Dumaz, P.
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p. 369-370
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artikel
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| 282 |
16.P.11 The ultrasonic generation of droplets for the production of submicron size particles
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Charuau, Jean
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25 |
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p. 233-234
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artikel
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| 283 |
14.P.24 The use of a manikin for testing personal aerosol samplers
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Bradley, D.R.
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p. 155-156
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artikel
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| 284 |
28.P.03 The use of polydisperse polystyrene aerosols, with rough surfaces, for determining sampler characteristics with a time-of-flight instrument
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Lidén, G.
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p. 467-468
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artikel
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| 285 |
14.P.35 The use of the electrostatic charged aerosol monitor (ECAM) for activated airborne particle observation
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Röos, R.A.
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p. 177-178
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artikel
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| 286 |
29.P.09 Thoracic fraction measurement of cotton dust
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Görner, P.
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p. 487-488
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artikel
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| 287 |
14.P.36 Time changes of aerosol influence on solar radiation
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Lukáč, J.
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p. 179-180
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artikel
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| 288 |
29.P.01 Traffic air pollution
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Myran, T.
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p. 471-472
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artikel
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| 289 |
14.P.14 Trimodal submicrometer aerosol number size distribution in the arctic marine boundary layer
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Covert, D.S.
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p. 137-138
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artikel
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| 290 |
25.P.33 Ultrathin wires with near atomic diameters
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Kumzerov, Y.A.
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p. 415-416
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artikel
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| 291 |
17.P.02 Use of an annular diffusion channel for a time integrated measurement of the “unattached” fraction of radon-222 progeny
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Kerouanton, D.
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p. 249-250
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artikel
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| 292 |
14.P.25 Validation procedures for the fag 62 I-N dust monitor used in the national air quality monitoring network
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van Elzakker, B.G.
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p. 157-158
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artikel
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| 293 |
14.P.21 Vertical gradient of particle concentration and variability of diffuse and direct solar radiation
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Kocifaj, M.
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p. 585-586
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artikel
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| 294 |
14.P.32 Volcanic pertubation of the polar atmosphere observed with different remote sensing instruments
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Herber, A.
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p. 171
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artikel
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| 295 |
30.P.13 Workshop on intercomparison of condensation nuclei and aerosol particle counters, vienna, 1993: an overview
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Ankilov, A.
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p. 533-534
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