红外与激光工程
紅外與激光工程
홍외여격광공정
INFRARED AND LASER ENGINEERING
2013年
7期
1700-1705,1753
,共7页
陈兆兵%曹立华%王兵%庄昕宇%陈宁%郭如海
陳兆兵%曹立華%王兵%莊昕宇%陳寧%郭如海
진조병%조립화%왕병%장흔우%진저%곽여해
远距离激光干扰%中波红外%光电对抗%外场实验
遠距離激光榦擾%中波紅外%光電對抗%外場實驗
원거리격광간우%중파홍외%광전대항%외장실험
long distance laser disturbing%mid-infrared%optic-electronic countermeasures%outfield experiment
针对当前中波红外光电干扰研究中无等比例远距离实验验证的问题,以峰值功率为10 W波长为5.4μm的中波红外激光器对某型中波红外相机进行了距离为15 km的光电干扰实验。实验中选择不同条件进行了多组实验,得到了各条件下的激光干扰图像。通过对图像的分析发现发散角为15 mrad的中波激光器在15 km的距离上对焦距为384 mm的中波红外相机系统在能见度为0.452的中等气象条件下进行干扰时,当输出功率为5.6 W时可使相机无法成像,无法提取目标,此时的功率密度为0.064 mW/m2。实验验证了以当前国内的成熟技术完全可以实现对导弹导引头在15 km以上的中波红外激光干扰。实验数据可以为后续的精确大气透过率模型及中波红外光电对抗损伤评估模型研究中参数的反演与确定提供支持。
針對噹前中波紅外光電榦擾研究中無等比例遠距離實驗驗證的問題,以峰值功率為10 W波長為5.4μm的中波紅外激光器對某型中波紅外相機進行瞭距離為15 km的光電榦擾實驗。實驗中選擇不同條件進行瞭多組實驗,得到瞭各條件下的激光榦擾圖像。通過對圖像的分析髮現髮散角為15 mrad的中波激光器在15 km的距離上對焦距為384 mm的中波紅外相機繫統在能見度為0.452的中等氣象條件下進行榦擾時,噹輸齣功率為5.6 W時可使相機無法成像,無法提取目標,此時的功率密度為0.064 mW/m2。實驗驗證瞭以噹前國內的成熟技術完全可以實現對導彈導引頭在15 km以上的中波紅外激光榦擾。實驗數據可以為後續的精確大氣透過率模型及中波紅外光電對抗損傷評估模型研究中參數的反縯與確定提供支持。
침대당전중파홍외광전간우연구중무등비례원거리실험험증적문제,이봉치공솔위10 W파장위5.4μm적중파홍외격광기대모형중파홍외상궤진행료거리위15 km적광전간우실험。실험중선택불동조건진행료다조실험,득도료각조건하적격광간우도상。통과대도상적분석발현발산각위15 mrad적중파격광기재15 km적거리상대초거위384 mm적중파홍외상궤계통재능견도위0.452적중등기상조건하진행간우시,당수출공솔위5.6 W시가사상궤무법성상,무법제취목표,차시적공솔밀도위0.064 mW/m2。실험험증료이당전국내적성숙기술완전가이실현대도탄도인두재15 km이상적중파홍외격광간우。실험수거가이위후속적정학대기투과솔모형급중파홍외광전대항손상평고모형연구중삼수적반연여학정제공지지。
An optic-electronic disturbance experiment was don e since there is no same proportion long distance experiment validation in the mid-infrared optic-electronic disturbance research currently. The laser power was 10 W, the wavelength was 5.4μm, the camera of mid-infrared wavelength with the disturbance distance of 15 km was disturbed by the mid-infrared laser in this experiment. Many group experiments were done under some different conditions. A lot of laser disturbance image under the conditions were gained. The laser power density could be calculated using the data. The camera would not distill aim when the laser power being 5.6 W from these images, in this condition the radiation angle of the laser was 15 mrad, the distance between the laser and camera was 15 km, the focus of the mid-infrared camera was 384 mm, the visibility was 0.452 and the power density was 0.064 mW/m2. This experiment can validate the 15 km long distance mid-infrared laser disturbance to missile camera system being coming true using now domestic mature technology. These experiment data can sustain the adding research about the parameter in reversing deducing and confirm in exactitude atmosphere permeation rate mode and mid-infrared optic-electronic confrontation evaluation mode.