Чубий Адольф Демьянович (RU),Бегишева Людмила Адольфовна (RU),Чубий Игорь Адольфович (RU)
申请号：
RU2012151014/14
公开号：
RU2012151014A
申请日:
2012.11.28
申请国别(地区):
RU
年份:
2014
代理人:
摘要：
Test method (diagnosis) status and viability of the support body being in weightless conditions of long-term space flight, comprising the reception of its own chaotic pulsed electromagnetic radiation (EMR) fixed on each selected carrier frequency of the test radio range 0-30 MHz, converting the received signals to a form suitable analysis, analysis of time-varying structure and parameters of the received and converted signals to the plurality of carriers used pilots at the test radio band, characterized in that: - carry out the reception of its own impulse chaotic EMI organism on each fixed carrier frequency fogranichennogo plurality of frequencies, where i = 1, 2, ..., n, in the ground conditions, and in the course of long-term space flight - reception is performed using radios, each of which has an extremely narrow bandwidth fixed at nominal carrier frequency f of the order of ± 1,5 Hz signal (pulse), i.e. bandwidth Δf for each carrier frequency less than 3 Hz (pulse) - marginalize signal bandwidth for each carrier frequency fot neighboring adjacent bottom (f) and upper (f) subband frequency gaps fand f, the reception is blocked by frequency filters that suppress signals generated by the body, clearances of frequencies (f, f) and thereby eliminate the conditions of formation of randomness EMI organism not less than 95% of the test frequency range - estimate thus formed valid pulse pairs etry EMI on each carrier frequency fkak amplitude, etc.Способ исследования (диагноза) состояния и поддержки жизнеспособности организма, находящегося в условиях невесомости многолетнего космического полета, включающий радиоприем его собственных хаотических импульсных электромагнитных излучений (ЭМИ) на каждой выбранной фиксированной несущей частоте исследуемого радиодиапазона 0-30 Мгц, преобразование принятых сигналов к виду, удобному для анализа, проведения анализа изменяющихся во времени структуры и параметров принятых и преобразованных сигналов на совокупности используемых несущи
