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A method for controlling the concentration of harmful substances and devices FOR IMPLEMENTATION

机译:控制有害物质浓度的方法和实施装置

摘要

1.method u043au043eu043du0442u0440u043eu043bu00a0 concentrations of harmful substances, including the formation and distribution in the station space probing optical signals, the measurement u0441u043fu0435u043au0442 ral images excited u0444u043bu044eu043eu0440u0435u0441u0446u0435u043du0446u0438u0438, comparing the measured spectral images with different levels of u043au043eu043du0446u0435u043du0442u0440u0430 u0434u043bu00a0 u043au0440u0438u0442u0435u0440u0438u0430u043bu044cu043du044bu043cu0438 spectral images u0438u0437u043cu0435u0440u00a0u0435u043cu044bu0445 of harmful impurities, u043eu0442u043bu0438u0447u0430u044eu0449u0438u0439u0441u00a0 orderthe optical signals in the visible area of probing in the field of uv u0438u0437u043bu0443u0447u0435u043du0438u00a0, in the field of infrared u0438u0437u043bu0443u0447u0435u043du0438u00a0 and other necessary in u0444u043eu0440u043cu0430u0442u0438u0432u043du043eu043c station optical range of wavelengths u043eu0441u0443u0449u0435u0441u0442u0432u043bu00a0u044eu0442 is in the station spacethe spectral shapes of the spectra and the spectra excited in a u0440u0430u0441u0441u0435u00a0u043du0438u00a0 u0444u043bu044eu043eu0440u0435u0441u0446u0435u043du0446u0438u0438 station space u0438u0437u043cu0435u0440u00a0u044eu0442 in specified time intervals, u0441u043eu043eu0442u0432u0435u0442u0441u0442u0432 u0443u044eu0449u0438u0435 u0440u0430u0441u0441u0442u043eu00a0u043du0438u044e before the station space, further u0438u0437u043cu0435u0440u00a0u044eu0442 background spectral images with u043du0430u043fu0440u0430u0432u043bu0435u043du0438u00a0 to a station with no space a u0432u043eu0437u0434u0435u0439u0441u0442u0432u0438u00a0 preset station space sounding signalsform the differential spectral images of atmospheric composition in a given stretch of space by u0438u0441u043au043bu044eu0447u0435u043du0438u00a0 u0441u043eu0441u0442u0430u0432u043bu00a0u044eu0449u0438u0445 spectrum background u0438u0437u043bu0443u0447u0435u043du0438u00a0, sra u0432u043du0438u0432u0430u044eu0442 measured differential spectral images of the space with the atmosphere of u043au0440u0438u0442u0435u0440u0438u0430u043bu044cu043du044bu043cu0438 on differential spectral u0440u0430u0437u0430u043cu0438,by preliminary calibration results and u043eu043fu0440u0435u0434u0435u043bu00a0u044eu0442 u0441u0440u0430u0432u043du0435u043du0438u00a0 atmospheric composition subject of space availability, types and level to u043du0446u0435u043du0442u0440u0430u0446u0438u0438 various types of harmful substances and impurities.;2. the device u0434u043bu00a0 u043eu0441u0443u0449u0435u0441u0442u0432u043bu0435u043du0438u00a0 mode on p.1, containing a group of sources u0437u043eu043du0434u0438u0440u0443u044eu0449u0435u0433u043e u0438u0437u043bu0443u0447u0435u043du0438u00a0, exits which are connected respectively to the u0432u0445u043eu0434u0430u043c transmitting optical system, a reception optical system the subject, and which are connected respectively to the u0432u0445u043eu0434u0430u043c block spectrum analyzers, and which are connected to the information inputs the computerthe first u0443u043fu0440u0430u0432u043bu00a0u044eu0449u0438u0435 exits which are connected respectively to the u0432u0445u043eu0434u0430u043c launch sources u0437u043eu043du0434u0438u0440u0443u044eu0449u0435u0433u043e u0438u0437u043bu0443u0447u0435u043du0438u00a0 group, and information and computer u00a0u0432u043b u00a0u044eu0442u0441u00a0 exits the device u043eu0442u043bu0438u0447u0430u044eu0449u0435u0435u0441u00a0, u043fu0435u0440u0435u0434u0430u044eu0449u0430u00a0 u043eu043fu0442u0438u0447u0435u0441u043au0430u00a0 system and u043fu0440u0438u0435u043cu043du0430u00a0 u043eu043fu0442u0438u0447u0435u0441u043au0430u00a0 system optically u0441u0432u00a0u0437u0430u043du044b through a u0438u0437u043cu0435u0440u00a0u0435u043cu044bu0439 u0443u0447u0430u0441 current spacea second u0443u043fu0440u0430u0432u043bu00a0u044eu0449u0438u0435 exits the computer connected, respectively, with the u0443u043fu0440u0430u0432u043bu00a0u044eu0449u0438u043cu0438 entrances of spectrum analyzers.
机译:1.方法有害物质的浓度,包括探测光信号在站内空间的形成和分布,测量有害物质的浓度,包括测量空间中的有害物质的浓度,测量激发的图像 u0444 u043b u044e u043e u0440 u0435 u0441 u0446 u0435 u043d u0446 u0438 u0438,将测量的光谱图像与不同水平的 u043a u043e u043d u043d u0446 u0435 u043d u0442 u0440 u0430 u0434 u043b u00a0 u043a u0440 u0438 u0442 u0435 u0440 u0438 u0430 u043b u044c u043d u044b u043c u0438光谱图像 u0438 u0437 u043c 043 u0440 u00a0 u0435 u043c u044b u0445有害杂质, u043e u0442 u043b u0438 u0447 u0430 u044e u0449 u0438 u0439 u0441 u00a0排序探测可见区域中的光信号uv u0438 u0437 u043b u0443 u0447 u0435 u043d u0438 u00a0的字段,在红外 u0438 u0437 u043b u0443 u0447 u0435 u0435 u043d u0438 u00a0的字段中 u0444 u043e u0440 u043c u0430 u0442 u043 8 u0432 u043d u043e u043c波长的站光学范围 u043e u0441 u0443 u0449 u0435 u0441 u0442 u0432 u043b u00a0 u044e u0442在站空间中光谱的频谱形状和在 u0440 u0430 u0441 u0441 u0435 u00a0 u043d u0438 u00a0 u0444 u043b u044b u044e u043e u0440 u0435 u0441 u0446 u0435 u043d u0446 u0438 u0438站空间中激发的光谱 u0438 u0437 u043c u0435 u0440 u00a0 u044e u0442在指定的时间间隔中, u0441 u043e u043e u0442 u0432 u0435 u0442 u0441 u0442 u0432 u0432 u0443 u044e u0449 u0438 u0435 u0440 u0430 u0441 u0441 u0442 u043e u00a0 u043d u0438 u044e,再在 u0438 u0437 u043c u0435 u0440 u00a0 u044e u0442带有 u043d 的背景光谱图像u0430 u043f u0440 u0430 u0432 u043b u0435 u043d u0438 u00a0到无空间的工作站 u0432 u043e u0437 u0434 u0435 u0439 u0441 u0442 u0432 u0432 u0438 u00a0空间探测信号在给定范围内形成大气成分的差分光谱图像 u0438 u0441 u043a u043b u044e u0447 u0435 u043d u043d u0438 u00a0 u0441 u043e u0431 u0441 u0442 u0430 u0432 u043b u00a0 u044e u0449 u0438 u04438 u0438 u0437 u043b u0443 u0447 u0435 u043d u0438 u00a0,sra u0432 u043d u0438 u0432 u0430 u044e u0442在 u043a u0440 u0438的气氛下测量了空间的差分光谱图像通过初步校准结果和 u043e u043f u0440 u0442 u0435 u0440 u0438 u0430 u043b u044c u043d u043d u044b u043c u0438在差分光谱 u0440 u0430 u0437 u0430 u043c u0438上u0435 u0434 u0435 u043b u00a0 u044e u0442 u0441 u0440 u0430 u0432 u043d u0435 u043d u0438 u00a0大气成分受空间可用性,类型和水平的影响 u043d u0446 u0435 u043d u0442 u0440 u0430 u0446 u0438 u0438各种有害物质和杂质; 2。设备 u0434 u043b u00a0 u043e u0441 u0443 u0449 u0435 u0441 u0442 u0432 u043b u0435 u043d u043d u0438 u00a0模式(包含一组来源 u0437 u043e u043d u0434 u0438 u0440 u0443 u044e u0449 u0435 u0433 u043e u0438 u0437 u043b u0443 u0447 u0435 u043d u0438 u00a0,分别连接到 u0432 u0445 的出口u043e u0434 u0430 u043c发射光学系统,主题接收光学系统,分别连接到 u0432 u0445 u043e u0434 u0430 u043c块光谱分析仪,并连接到信息输入端计算机第一个 u0443 u043f u0440 u0430 u0432 u043b u00a0 u044e u0449 u0438 u0435出口分别连接到 u0432 u0445 u043e u0434 u0430 u043c启动源 u0437 u043e u043d u0434 u0438 u0440 u0443 u044e u0449 u0435 u0433 u043e u0438 u0437 u043b u0443 u0447 u0435 u043d u0438 u00a0组,以及信息和计算机 u00a0 u0432 u043b u00a0 u044e u0442 u0441 u00a0退出设备 u043e u0442 u043b u0438 u0447 u0430 u044e u0449 u0435 u0435 u0435 u0441 u00a0, u043f u0435 u0440 u0435 u0434 u0430 u044e u0449 u0430 u00a0 u043e u043e u0442 u0438 u0447 u0435 u0441 u043a u0430 u00a0系统和 u043f u0440 u0438 u0435 u043c u043d u04d u0430 u00a0 u043e u043f u0442 u0438 u0447 u0435 u0435 u0441 u0430 u00a0系统通过 u0438 u0437 u0433 u043c u0435 u0440 u00a0 u0435 u0435 u043c u044b u0439 u0443 u0447 u0430光学地 u0441 u0432 u00a0 u0437 u0430 u043d u044b当前空间第二个 u0443 u043f u0440 u0430 u0432 u043b u00a0 u044e u0449 u0438 u0435分别退出连接的计算机,其中 u0443 u043f u0440 u0430 u0432 u043b u00a0 u044e u0449 u0438 u043c u0438频谱分析仪的入口。

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