| 1. | T = alpha temperature ; heat distortion temperature
阿尔法温度;热畸变温度。 |
| 2. | Experimental study on thermal distortion of thin film coatings irradiated by co2 laser
2激光辐照下光学薄膜的热畸变研究 |
| 3. | Experimental demonstration of laser induced thermal distortions of phase - change cooled mirrors
相变致冷反射镜的光致热畸变特性实验研究 |
| 4. | Test conditions for numerically controlled turning machines and turning centres - evaluation of thermal distortions
数控立式车床和旋转中心的试验条件.热畸变的评价 |
| 5. | In this thesis , the thermal distortion and the weak absorption of thin film samples irradiated by 10 . 6 m co2 laser were studied
因此，本文对10 . 6 mco _ 2激光辐照下的样品的热畸变和微弱吸收进行了研究。 |
| 6. | General tests for machine tools - method of testing performance of machines operating under loaded conditions in respect of thermal distortion
机床一般试验.第3部分:机床在热畸变负载条件下工作性能试验方法 |
| 7. | Especially in high power laser applications , absorption can cause thermal distortion to optical components , then change the transmission characteristics of the incident beam , and also lower the laser induced damage thresholds ( lidt )
尤其在高功率激光作用下,吸收损耗不仅会引起光学薄膜元件的热畸变,影响激光传输特性,还会降低薄膜的损伤阈值。 |
| 8. | Based on a 3 - d transient thermal model with inhomogeneous heat generation , the temperature and thermal stress distribution in the disk of heat capacity laser pumped by high power laser diode array ( lda ) are simulated and analyzed by means of finite element methods
摘要为了研究激光介质热畸变对固体热容激光器的影响，数值计算了高功率激光二极管阵列抽运片状激光介质的瞬态温度场和热应力分布。 |
| 9. | 3 . by using the shack - hartmann wavefront sensor , the thermal distortion of the substrate , the single - layer dielectric thin films with different thickness , and the multilayer dielectric thin films with different multilayer thin films ( ybf3 / znse ) irradiated by co2 laser were studied experimentally . 4
3 .利用夏克一哈特曼波前传感器，对基底样品以及不同厚度的介质单层膜样品和不同膜系的ybf3 / znse介质多层膜样品在c02激光辐照下的热畸变进行了实验研究。 |
| 10. | Due to the inevitable absorption of crystal window , the crystal window will be distorted even burst while the power of high energy laser apparatus is several hundred thousand watt even mega - watt , so the quality of laser beam will be influenced and the laser apparatus will not work properly
由于晶体材料窗口不可避免的部分吸收作用，对于目前几十万瓦甚至兆瓦级的高能激光器来说，晶体窗口会产生热畸变甚至炸裂，从而影响输出光束质量甚至使激光器根本无法工作。 |
