1.
A Research on PV Hot Spot and MPPT under Non-uniform Insolation;
光伏热斑现象及多峰最大功率跟踪的研究
2.
Thermophotovoltaics( TPV) technologies are the use of PV cells to convert heat radiation into electricity.
热光伏是通过光伏电池将热辐射能量转换成电能的技术。
3.
Article 84 Incubation period of yellow fever is 6 days.
第八十四条黄热病的潜伏期为6日。
4.
Dvorak analysis of tropical cyclone
德伏扎克热带气旋分析法
5.
A study on the Problems in Upsurge of Callan’s Learning Chinese Zither;
关于青少年“古筝热”潜伏问题的思考
6.
Study of GaSb Thermophotovoltaic Cells and Its Antireflection
GaSb热光伏电池及其减反射层的研究
7.
THERMAL CYCLING EFFECT ON SILICON SOLAR CELL STRUCTURE
热循环对硅太阳电池伏安特性的影响
8.
THE PERFORMANCE ANALYSIS OF THE COMBUSTOR-EMITTER OF THERMO-PHOTOVOLTAIC SYSTEM
热光伏系统燃烧.辐射器的性能分析
9.
The content,explanation and significance of "Kozhevnikov's Paradox"
“科热伏尼科夫佯谬”的内容、解释和意义
10.
ANALYSIS OF THE PERFORMANCE FOR A CONCENTRATING PHOTOVOLTAIC/THERMAL SOLAR SYSTEM
太阳能光伏发电供热系统的性能分析
11.
PHOTOVOLTAIC-THERMAL(PVT) SYSTEMS AND THEIR EVALUATION
光伏/光热(PVT)系统概况与评价
12.
Design and performance research on photovoltaic-thermal(PVT)collcetors
太阳能光伏/光热集热器设计与性能研究
13.
Performance analysis of a concentrating solar hybrid photovoltaic-thermal system
聚光型混合光伏光热系统热电性能分析
14.
This paper mainly introduced the recent status of development of Emitters, Photocells, Filters, Recuperators and the thermophotovoltaic applications.
主要介绍了热光伏辐射器、热光伏电池、学滤波器、回收器和系统应用的近期发展状态。
15.
dog-days n.[pl.]
三伏天,大热天;无所作为的时期,无精打采的日子。
16.
Hot summer days are coming while the high-grade summer goods will raise another heat wave.
伏天将临，夏日精晶将掀起又一个热季狂潮。
17.
Cyclic Voltammetric Calorimetry Studying the Deposition of Copper of Pt Electrodes
循环伏安量热法研究铜在铂电极上的电沉积
18.
Effects of Thermal Noise on Volt-ampere Characteristic Curve of Josephson Effect
热噪声对约瑟夫逊效应中伏安特性曲线的影响