红外技术
紅外技術
홍외기술
INFRARED TECHNOLOGY
2014年
7期
562-566
,共5页
红外信标源%全向红外辐射%辐射强度%靶场遥控
紅外信標源%全嚮紅外輻射%輻射彊度%靶場遙控
홍외신표원%전향홍외복사%복사강도%파장요공
infrared beacon source%omnibearing infrared radiation%radiant intensity%range remote control
靶场红外信标源是红外经纬仪的辅助设备。研究了靶场遥控型红外信标源的设计，采用对应红外经纬仪工作波段和峰值波长辐射效率高的温度的电热红外辐射元件，用V字形透明和乳白双层石英电热管构成三面体，实现水平360°全向红外辐射。依据红外经纬仪在特定气象条件下工作所需要的红外辐射强度，计算了红外信标源在3.4～4.8?m 波段内的红外辐射强度。用单片机、晶闸管调整器和无线数传电台实现红外信标源的遥控操作。
靶場紅外信標源是紅外經緯儀的輔助設備。研究瞭靶場遙控型紅外信標源的設計，採用對應紅外經緯儀工作波段和峰值波長輻射效率高的溫度的電熱紅外輻射元件，用V字形透明和乳白雙層石英電熱管構成三麵體，實現水平360°全嚮紅外輻射。依據紅外經緯儀在特定氣象條件下工作所需要的紅外輻射彊度，計算瞭紅外信標源在3.4～4.8?m 波段內的紅外輻射彊度。用單片機、晶閘管調整器和無線數傳電檯實現紅外信標源的遙控操作。
파장홍외신표원시홍외경위의적보조설비。연구료파장요공형홍외신표원적설계，채용대응홍외경위의공작파단화봉치파장복사효솔고적온도적전열홍외복사원건，용V자형투명화유백쌍층석영전열관구성삼면체，실현수평360°전향홍외복사。의거홍외경위의재특정기상조건하공작소수요적홍외복사강도，계산료홍외신표원재3.4～4.8?m 파단내적홍외복사강도。용단편궤、정갑관조정기화무선수전전태실현홍외신표원적요공조작。
The infrared beacon source is the supporting facility of the target range infrared tracking measurement system. A remote adjustable infrared beacon source was designed by the use of the high efficient electric heat infrared radiator corresponding to the working wavelength and peak wavelength of the target range infrared tracking measurement system. V-shape transparent and opal two-layer quartz-tube electric heat radiator were constructed as trihedral to accomplish horizontal omnibearing infrared radiation. According to the required infrared radiation intensity of infrared tracking measurement system under certain working circumstances, the radiation intensity of infrared beacon source between wavelength of 3.4~4.8?m was calculated. The remote operation of the infrared beacon source using MCU, silicon control adjuster, and radio data set has been achieved.
