1) UFPA thermal camera
非制冷焦平面热像仪
2) Uncooled IRFPA Camera
非制冷红外焦平面热像仪
1.
The mechanism of usign Uncooled IRFPA Camera with elect-scanning system to capture narrow-pulse CO2 laser is analyzed,and the cause of half-spot-light phenomena is explained;Furthermore,single pulse laser beam is captured fully and stably by synchronously triggering laser.
采用漫射红外成像法对脉冲CO2激光光斑进行了测量,分析了电扫描体制非制冷红外焦平面热像仪获取窄脉冲CO2激光光班的机理,解释了出现半光班现象的原因;并采用同步发射激光技术,保证了单次激光脉冲的完整、稳定捕获,得到了脉冲CO2激光相对光强分布及相关光束质量参数。
4) uncooled thermal imager
非制冷热像仪
1.
In order to improve performance of uncooled thermal imager,diffractive optical elements (DOEs) are applied in high relative aperture IR lenses.
将衍射光学元件应用于非制冷热像仪的大相对孔径红外镜头与传统设计相比 ,衍射光学元件的引入 ,增强了此类镜头的色差校正能力 ,提高了镜头的成像质量 ,提高了镜头的透过率 ,减少了光学零件的数量 ,减轻了系统重量 ,为提高非制冷热像仪的性能奠定了坚实基础。
5) uncooled focal plane
非制冷焦平面
1.
Novel dual field of infrared optical system for uncooled focal plane detector
一种新型非制冷焦平面双视场红外光学系统
2.
With SOPC technology uncooled focal plane infrared(IR)imaging system has smaller size,lower power consumption and better performance.
采用SOPC技术可使非制冷焦平面红外成像系统体积更小、功耗更低、性能更稳定。
3.
A diffractive-refractive infrared lens with large relative aperture for uncooled focal plane detector is designed.
针对长波320×240元非制冷焦平面阵列探测器,设计了折射/衍射混合大相对孔径红外镜头,工作波段8~12μm,焦距为90 mm,F数为1,视场为10°。
6) the second generation FPA thermal camera
二代焦平面热像仪
1.
At the process of the second generation FPA thermal camera research and development, there are often the pheonmena that the camera do not work when it is applied electric power.
二代焦平面热像仪在我国军事领域的运用还属起步阶段,在二代焦平面热像仪的研制过程中, 经常出现不明原因的通电无图像问题,严重影响了产品可靠性。
补充资料：焦热大焦热
【焦热大焦热】
（界名）八大地狱中之第七云极热地狱，又云大焦热地狱。
（界名）八大地狱中之第七云极热地狱，又云大焦热地狱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条