| [1] |
Muscari J. Non-metallic materials contamination studies final technical report, MCR-80-637[R]
[2] Glassford A P, Garrett J. Characterization of Contamination Generation characteristics of satellite materials, WRDC-
TR-89-4114[R]
[3] Judeikis H S, Arnold G S, Young Owl R C, et al. Design of a Laboratory Study of Contaminant Film Darkening in Space, TR-94(4935)-3[R]
[4] 焦子龙. GEO卫星整星分子污染初步预估[J]. 航天器环境工程, 2008, 25(6)
[5] Lemcke C, Giunta I, Roussel J F. A new contamination analysis software, SAE 2000-01-2525[R]
[6] Rantanen R O. Spacecraft contamination modeling, AIAA 1977-739[R]
[7] Fong M C, Lee A L. A time-dependent sticking coefficient model for multi-species spacecraft material, AIAA 2005-5072[R]
[8] Fong M C. General sticking coefficient theory for neutral and photochemically excited molecules[C]//SPIE 1998, 3427
[9] Hall D F, Arnold G S, Simpson T R, et al. Progress on spacecraft contamination model development[C]//SPIE 2000, 4096
[10] Glassford A P M. Practical model of molecular contaminant deposition kinetics[J]. Thermophysics, 1992(6)
[11] Roux J A, Wood B E, Smith A M. IR optical properties of thin H2O, NH3, and CO2 cryofilms, AEDC-TR-79-57[R]
[12] Roux JA, Wood B E, Smith A M, et al. Infrared optical properties of thin CO, NO, CH4, HCl, N2O, O2, N2, Arand Air cryofilms, AEDC-TR-79-81[R]
[13] Wood B E, Bertrand W T, Brayson R J, et al. Surface effects of sate llite outgassing products, AEDC-TR-87-8[R]
[14] Wood B E, Bertrand W T, Kiech E L, et al. Surface effects of satellite material outgassing products, AEDC- TR-89-2[R]
[15] Wood B E, Bertrand W T. Effects of spacecraft materials outgassing products on cryogenic surfaces, AEDC-TR- 92-18[R]
[16] Arnold G S, Luey K. Photochemically deposited
contaminant film effects: data archive, Aerospace report TR-94(4935)-13[R]
[17] 焦子龙. 航天器分子污染返回流计算方法[J]. 航天器环境工程, 2008, 25(3): 269-275
[18] Bhatnagar P L, Gross E P, Krook M. A model for collision processes in gases[J]. Phys Rev, 1954, 94: 511-525
[19] Robertson S J. Bhatnagar-Gross-Krook model solution of backscattering of outgas flow from spherical spacecraft[J]. Progress in Astronautics and Aeronautics, 1977, 51: 479-489
[20] Абрамовский Е Р, Басс В П. Аэродинамические
характеристики тел в разреженном газе[M]. Днепрпетровск: ДГУ, 1986: 128
[21] Fong M C, Lee A L. BGK method to determine thruster plume backscatter[C]//SPIE, 1990, 1329: 318-325
[22] Fan C, Gee C, Fong M C, Monte Carlo simulation of molecular flux on simple spacecraft surfaces due to self- and ambient-scatter of outgassing molecules, AIAA 1993-2867[R]
[23] Scialdone J J. Correlation of self-contamination experiments in orbit and scattering return flux calculations, NASA TN D-8438[R], 1977
[24] 焦子龙. 真空热试验分子污染返回流建模计算[J]. 航天器环境工程, 2009, 26(7)
[25] Sanders J, Rosecrans G. GOES-12 molecular contamination[C]//SPIE, 2006, 6291: 85-90
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