TH703 2000031985光电探测光学系统无晕接收特性的研究=Study ofnon-vignetting receiving features of opticalsystem for electro-optic detection[刊,中]/刘肖民(西安应用光学研究所.陕西,西安(710065))//应用光学.—1999,20(5).—5-...TH703 2000031985光电探测光学系统无晕接收特性的研究=Study ofnon-vignetting receiving features of opticalsystem for electro-optic detection[刊,中]/刘肖民(西安应用光学研究所.陕西,西安(710065))//应用光学.—1999,20(5).—5-7介绍光电探测系统无晕接收特性及其应用。图2参3(吴淑珍)TN215 2000031986红外光子探测器的近期发展=Recent展开更多
The optical noninvasive diagnostic of characteristic of silicon semiconductor devices by using a InGaAsP/InP semiconductor laser as an optical probe is reported. The principle of experimental method is based on the de...The optical noninvasive diagnostic of characteristic of silicon semiconductor devices by using a InGaAsP/InP semiconductor laser as an optical probe is reported. The principle of experimental method is based on the dependence of the optical refractive index on the carrier charge density in the active region of devices and detection of variation of refractive index by two laser beam interferometric techniques.展开更多
In this study, a special method is proposed for detecting aerosols over land by analyzing satellitemeasured far IR radiation at three channels, 8.7, 11.5, and 12.5 lain. Sensitivity tests revealed that the behavioral ...In this study, a special method is proposed for detecting aerosols over land by analyzing satellitemeasured far IR radiation at three channels, 8.7, 11.5, and 12.5 lain. Sensitivity tests revealed that the behavioral features of radiative brightness temperatures （BTs） at these three channels with increasing optical depth are different among different types of aerosols. Analyzing how BTs and their differences, xBT （BT11.5-BT12.5） and YBT （BT8.7-BT11.5）, behave with varying optical depth can help to qualitatively distinguish among aerosols and semi-quantitatively estimate their optical thicknesses. In addition, the authors found that the vertical density profile of aerosols has little impact on this method.展开更多
文摘TH703 2000031985光电探测光学系统无晕接收特性的研究=Study ofnon-vignetting receiving features of opticalsystem for electro-optic detection[刊,中]/刘肖民(西安应用光学研究所.陕西,西安(710065))//应用光学.—1999,20(5).—5-7介绍光电探测系统无晕接收特性及其应用。图2参3(吴淑珍)TN215 2000031986红外光子探测器的近期发展=Recent
文摘The optical noninvasive diagnostic of characteristic of silicon semiconductor devices by using a InGaAsP/InP semiconductor laser as an optical probe is reported. The principle of experimental method is based on the dependence of the optical refractive index on the carrier charge density in the active region of devices and detection of variation of refractive index by two laser beam interferometric techniques.
基金supported by the National Basic Research Program of China (Grant No. 2006CB403705)
文摘In this study, a special method is proposed for detecting aerosols over land by analyzing satellitemeasured far IR radiation at three channels, 8.7, 11.5, and 12.5 lain. Sensitivity tests revealed that the behavioral features of radiative brightness temperatures （BTs） at these three channels with increasing optical depth are different among different types of aerosols. Analyzing how BTs and their differences, xBT （BT11.5-BT12.5） and YBT （BT8.7-BT11.5）, behave with varying optical depth can help to qualitatively distinguish among aerosols and semi-quantitatively estimate their optical thicknesses. In addition, the authors found that the vertical density profile of aerosols has little impact on this method.
