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The Bibliographic Database of German Publication on Russia, the Soviet Union and its Successor States (RussGus) contains about 170.000 records from 1974 to 2003 and collects publications of different document types: books, dissertations and other university publications, articles from journals and newspapers including reviews, maps etc. The lists of personal and geographical subjects are located here and here.
| ID | 161058 |
| Author(s) | Koutsenogii, Petr |
| Title | Measurements of remote continental aerosol in Siberia. |
| Institution | Johann Gutenberg-Universität Mainz, 1992 |
| Country | Deutschland |
| Form | Hochschulschrift als Monographie |
| Subjects (Geo) | Sibirien; Baikal-See; Nowosibirsk |
| Classification | WISSENSCHAFT und HOCHSCHULWESEN Wissenschaftswesen Einzelne Wissenschaftsbereiche Naturwissenschaften; Mathematik Physik |
| Classification | WISSENSCHAFT und HOCHSCHULWESEN Wissenschaftswesen Einzelne Wissenschaftsbereiche Naturwissenschaften; Mathematik Chemie |
| Soundex | M6876; R7620; C4626; A0785; S8170 |
| Abstract | Inhalt: 1. Introduction: 1.1. Aerosol size distribution. S. 3./ 1.2. Models of atmospheric aerosol. S. 4./ 1.3. Whitby's aerosol size ranges. S. 8./ 1.4. Mathematical description of aerosol size distributions. S. 9./ 2. Measuring technique: 2.1. CNC. S. 11./ 2.2. SDB. S. 12./ 2.2.1. Retrieving procedure: 2.2.1.1. Introduction into the problem. S. 14./ 2.2.1.2. Tihonov's regularization procedure. S. 15./ 2.2.1.3. Computer simulations of SDB data inversion. S. 19./ 2.2.2. Mathematical aspects of SDB Data Inversion: 2.2.2.1. Common solution of an inversion problem. S. 22./ 2.2.2.2. The numer of independent parameters provided by SDB TSI 0340. S. 24./ 2.2.2.3. Validity of SDB data and error estimation. S. 26./ 2.2.3. Decomposition of size distributions into a sum of lognormal functions. S. 28./ 2.3. Impactor technique. S. 30./ 2.3.1. One stage impactor. S. 33./ 2.3.2. Free air impactor. S. 35./ 2.3.3. Two stage impactor. S. 37./ 2.3.4. Preparation of the glass plates for impactor sampling. S. 39./ 2.3.5. Manual counting procedure. S. 40./ 2.3.6. Automatic counting procedure. S. 41./ 2.3.7. Error estimations. S. 47./ 3. Measurements near lake Baikal: 3.1. Meteorological conditions. S. 48./ 3.2. First Baikal expedition (Summer 1990). S. 51./ 3.2.1. Results of the measurements. S. 52./ 3.3. Second Baikal expedition (Summer 1991). S. 57./ 3.3.1. Results of the measurements. S. 58./ 4. Measurements near Novosibirsk (Summer 1992). S. 69./ 4.1. Results of the measurements. S. 71./ 4.2. Mean Siberian aerosol size distribution. S. 76./ 5. Comparision of different results on size distributions: 5.1. CN size distributions described inthe literature. S. 79./ 5.2. Measured CN size distributions. S. 81./ 6. General discussion: 6.1. Behaviour of total aerosol numer concentration.S. 83./ 6.2. Analysis of aerosol size distribution. S. 84./ 6.3. Kinetic model of aerosol number concentration: 6.3.1. Main equations. S. 85./ 6.3.2. Parametrization of atmospheric convection. S. 87./ 6.4. Comparision of model calculations with the measurement results. S. 89./ 6.5. Residence time of AP and fluctuations of number concentration. S. 91./ 7. Conclusions. S. 95. |
| Location | Search WorldCat |
| PURL | Citation link |
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