心脏形聚光器 [光] cardioid condenser
消色差聚光器 achromatic condenser ; achromatic conde er
抛物面聚光器 paraboloid condenser ; paraboliccondenser ; parabolic concentrator ; parabolic
三透镜聚光器 triple condenser ; three-lens condenser ; lens condenser ; condenser
通用聚光器 universal condenser
暗场聚光器 dark-field condenser
反射聚光器 mirror condenser ; mirror ; condenser
浸液式暗视野聚光器 immersion darkfield condenser
聚光器旋转器 condenser revolver
Characteristics of sun-tracking system of concentrator are analyzed in the dissertation at first.
论文首先分析了聚光器太阳跟踪的特点。
参考来源 - 碟式太阳能热发电跟踪机构电路优化设计和实现Efficiency of solar cell is increasing with the sun luminous intensity, so in this paper used CPC solar collector to strengthen solar radiation with .
3.由于光伏电池的转换率有随光照强度增大而增大的特性,所以本文采用了CPC聚光器来增强太阳辐射。
参考来源 - 独立光伏发电的自动跟踪系统In the first stage, basing on the quality of light beam、output energy, we also make exploring research on optimizing the relative parameter of light-gathering device and resonance cavity in theory.
在前期研究的基础上,从改进光束质量、提高输出能量的角度出发,对聚光器、谐振腔的相关参数给与了理论上的优化计算。
参考来源 - 固体热容激光器参数优化与实验研究This thesis consists of following main parts:1. The design of solar-collector in the photovoltaic generating system.
本文主要工作内容如下:1、光伏发电系统聚光器设计。
参考来源 - 两次反射多平面镜聚光型太阳能光伏系统设计方法的探讨Therefore, it is significant to investigate the concentrating characteristic of nontracking solar concentrators for promoting the development and application of solar concentrating technology.
因此,研究非跟踪式聚光器的聚光特性,对促进太阳能聚集技术的发展及应用的推广具有重要意义。
参考来源 - 非跟踪式太阳能聚集技术研究The basic working principle ,characteristics and some questions in the application of typical condenser are analysed. Motion law of solar-terrestrial is studied.
论文分析了典型聚光器的基本工作原理、特点及实际使用时应该考虑的问题。
参考来源 - 主动式太阳跟踪及驱动系统研究与设计·2,447,543篇论文数据，部分数据来源于NoteExpress
计算了聚光器的性能参数和光纤传输损耗。
The condenser performance parameters and the optical fiber transmission loss are computed.
本文主要工作内容如下：1、光伏发电系统聚光器设计。
This thesis consists of following main parts: 1. The design of solar-collector in the photovoltaic generating system.
提出一种计算太阳能聚光器聚光焦斑能流密度分布的新方法。
A new analysis method is proposed for calculating the flux density distribution on focal plane of solar concentrators.
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