1.
A high-altitude, thin hazy cloud, usually covering the sky and often producing a halo effect.
卷层云一种薄雾状高空云，常覆盖天空并产生光晕效应
2.
Research on the Thermal Blooming Effect of High Energy Laser Propagation in the Atmosphere
强激光在大气中传输的热晕效应研究
3.
Study for Effects of Steady-State Thermal Blooming on High Energy Lasers Propagation in the Atmosphere
强激光大气传输稳态热晕效应的研究
4.
COMPUTATION AND ANALYSIS ON FOCUS SHIFT OF LASER CAUSED BY ATMOSPHERIC THERMAL BLOOMING
大气热晕效应引起的激光焦移的计算与分析
5.
Influencing Factors of Power Threshold of High Energy Laser in Thermal Blooming;
影响热晕效应中高能激光功率阈值的因素
6.
Numerical analysis of thermal blooming in the atmosphere for highenergy solid-state heat capacity lasers
高能固体热容激光器大气热晕效应数值分析
7.
Numerical Simulation of the Combined Effect of Jittering and Thermal Blooming of Laser Beams Propagating in the Atmosphere
激光大气传输热晕与光束抖动综合效应的数值模拟
8.
The volumetric light effect is rather strong. The intensity of the Halo can be regulated with the HaloInt slider (Halo Intensity Slider.). Lower values corresponding to weaker halos.
立方体照明效果更明显。光晕亮度可以通过光晕亮度滑块调节（光晕亮度滑块。）
9.
Study on "Halo Reaction" in Course of Moral Education Socialization;
德育社会化过程中的“晕效应”研究
10.
On “Halo”Effect in Teaching Practice of Physical Education;
体育教育实习中的“晕轮效应”刍议
11.
Clinical Observation of Cervical Vertigo Treated with Acupuncture and Super Laser Irradiation Therapy
针刺结合超激光治疗颈性眩晕的临床疗效观察
12.
Observations on the Immediate Effect of Ear-acupuncture Combined Treatment on Cervical Vertigo
耳针疗法对颈性眩晕即时效应的疗效观察
13.
Study on the Pathogenesis of Cervical Vertigo with the Application of Near Infrared Spectroscopy;
应用近红外光谱仪探讨颈性眩晕的发病机制
14.
Isoplanatic Angles of Single-and Dual-conjugate Adaptive Optics Systems in Lidar
激光雷达应用中单、双层共轭系统等晕角
15.
Influence of pulse corona reactor structure on removal efficiency of ethanethiol
脉冲电晕反应器结构对乙硫醇消除效果的影响
16.
Mid-term curative effect of percutaneous laser disc decompression for the treatment of cervical vertigo
经皮激光椎间盘减压术治疗颈性眩晕中期疗效分析
17.
hypsochromic effect
色光变浅效应，向紫效应
18.
Analysis of Anisoplanatic Errors in Adaptive Optical Systems Based on Natural Guiding Stars
基于自然导引星的自适应光学系统非等晕性分析