通过分析对比，远红外激光雷达可有效地发现和跟踪隐身飞机。
Through analysis and contrast, the far infrared laser radar can be used to find and follow the tracks of the stealth aircraft.
本文用缀饰原子方法解出四能级系统远红外激光增益系数的解析表达式。
In this paper, we use the dressed-atom approach to derive the analytical expression of the gain of a FIR laser with a four-level system.
在该角度下，工作物质有最大的激活体积，并可获得较高的远红外激光输出。
At this Angle active volume of the working material was maximized, and higher output of the far infrared laser was obtained.
在该角度下，工作物质有最大的激活体积，并可获得较高的远红外激光输出。
At this Angle active volume of the working material was maximized, and higher output of the far infrared laser was obtain...
在该角度下，工作物质有最大的激活体积，并可获得较高的远红外激光输出。
At this Angle active volume of the working material was maximized, and higher output of the far infrared lase...
文章报道与英国剑桥大学合作建立的新型可调远红外激光光谱仪的技术特点和工作原理。
The principle and technical characters of a newly designed tunable far infrared laser spectrometer in collaboration with Cambridge university are introduced.
本文报道国内建成的远红外激光磁共振(FIRLMR)光谱仪的技术特点和工作原理。
The principle and technical characters of far infrared laser magnetic resonance (FIRLMR) spectrometer built up in China are introduced.
量子级联激光器作为新近出现的全固化小型理想中远红外激光源，引起了人们极大的兴趣。
The recent advance in quantum cascade lasers offers an ideal compact source for mid and far-infrared laser emission.
在高效率和低电流小信号范围内，理论地分析了用反向渐变波导提高远红外波导自由电子激光器(FIR - FEL)效率的机理。
In the high efficiency and small signal region, we investigate theoretically the efficiency enhancement mechanism of far infrared free electron laser (FIR-FEL) with a reverse tapering waveguide.
在中远红外波段，利用北京自由电子激光对其响应特性进行了实验研究。
The research on its middle to far infrared response characteristics is conducted by utilizing the Beijing Free Electronic Laser.
通过高斯光束在乎面平行腔中往返变换，计算了光泵远红外波导激光器中泵浦吸收、损耗与波导谐振腔结构参数的关系。
The relations between pump absorption losses and the waveguide cavity configuration parameters are calculated based on the Gaussian beam transformation in the plane-parallel resonator.
最终实现了微波源高压脉冲幅度稳定精度0.15%，满足了远红外自由电子激光实验需求。
As a result, it is successful in controlling the amplitude regulation accuracy of the microwave sources high voltage to 0.15%, which satisfies the requirement of far infrared FEL experiment.
首先对重要的激光发光介质和光学窗口材料氟化镁晶体的微波和远红外光学性质进行研究。
Firstly, the microwave and far-infrared properties of MgF2 which is an important laser luminescence media and optical window material were studied.
首先对重要的激光发光介质和光学窗口材料氟化镁晶体的微波和远红外光学性质进行研究。
Firstly, the microwave and far-infrared properties of MgF2 which is an important laser luminescence media and optical window material were studied.
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