Authors:
KUZMIN VS
FEDOSEEV VI
ZHILIN BP
KOPTEV AA
ROMANOVSKII AB
NIKIFOROVA EV
Citation: Vs. Kuzmin et al., NOISE-IMMUNITY OF DEVICES FOR CELESTIAL ORIENTATION INSTALLED ON THE FOBOS SPACECRAFT, Journal of optical technology, 65(8), 1998, pp. 606-609
Citation: La. Pets et Vi. Fedoseev, METHODS OF APPROXIMATELY ESTIMATING THE IMMUNITY OF THE CELESTIAL ORIENTATION AND NAVIGATION DEVICES OF SPACECRAFT AGAINST OUT-OF-FIELD SOURCES OF LIGHT NOISE, Journal of optical technology, 65(8), 1998, pp. 610-620
Citation: Va. Osipik et Vi. Fedoseev, ALGORITHMS FOR AUTOMATICALLY RECOGNIZING STAR GROUPS FROM ON BOARD A SPACECRAFT, Journal of optical technology, 65(8), 1998, pp. 629-635
Citation: Yy. Tanashev et al., HIGH-TEMPERATURE CATALYSIS DRIVEN BY THE DIRECT ACTION OF CONCENTRATED LIGHT OR A HIGH-DENSITY ELECTRON-BEAM, Catalysis today, 39(3), 1997, pp. 251-260
Citation: Yi. Aristov et al., HIGH-DENSITY CONVERSION OF LIGHT ENERGY VIA DIRECT ILLUMINATION OF CATALYST, International journal of hydrogen energy, 22(9), 1997, pp. 869-874
Citation: Vs. Kuzmin et Vi. Fedoseev, OPTOELECTRONIC DEVICES FOR THE ORIENTATION AND NAVIGATION OF SPACECRAFT - DEVELOPMENT EXPERIENCE, PROBLEMS, AND TRENDS, Journal of optical technology, 63(7), 1996, pp. 500-504
Citation: Va. Osipik et Vi. Fedoseev, MATHEMATICAL-MODELING OF ALGORITHMS FOR RECOGNIZING GROUPS OF STARS, Journal of optical technology, 63(7), 1996, pp. 505-509
Citation: Vi. Fedoseev, AUTOMATIC LASER SYSTEM FOR MONITORING THE APPROACH PARAMETERS OF AFFILIATED SPACECRAFT, Journal of optical technology, 63(7), 1996, pp. 560-564
Authors:
FEDOSEEV VI
ARISTOV YI
TANASHEV YY
PARMON VN
Citation: Vi. Fedoseev et al., METHANE PYROLYSIS UNDER PULSED MICROWAVE-RADIATION IN THE PRESENCE OFSOLID CATALYSTS, Kinetics and catalysis, 37(6), 1996, pp. 808-811
Citation: Vi. Fedoseev et al., USING STARS TO CALIBRATE THE GONIOMETRIC OPTICAL-DEVICES OF SPACECRAFT, Journal of optical technology, 62(9), 1995, pp. 586-590