1.
energy conversion efficiency of a scintillator
闪烁体能量转换效率
2.
Primary productivity and energy conversion efficiency in eel pond
养鳗池塘的初级生产力和能量转换效率
3.
The Ways to Improve the Energy Conversion Efficiency of Polymer Thin Film Solar Cell
提高聚合物薄膜光伏电池能量转换效率的途径
4.
Another portion is lost as heat because of inefficiencies in energy transfer.
由于能量转换效率低，另一部分能量以热量形式损失掉。
5.
Study on Energy Conversion Efficiency of Stimulated Brillouin Scattering in Independent Two-cell System
独立双池受激布里渊散射系统中能量转换效率的研究
6.
A Long Term Affect of low SO_2(0.857mg/m~3) Concentration on the Photosynthetic Energy Transition in Vernicia f;
长期低浓度SO_2对油桐光合能量转换效率及机理的影响
7.
Theortical Study on the Hill Characteristic Equation on Muscle Contraction and the Energy Conversional Efficiency of Myosin;
肌肉收缩Hill特性式及肌球蛋白能量转换效率的理论研究
8.
Study on the Energy Conversion Efficiency of Biogas from Anaerobic Fermentation with Several Biomass Materials
几种生物质原料厌氧发酵制取沼气能量转换效率的比较
9.
conversion quantum efficiency of photocathode
光阴极的量子转换效率
10.
The critical conversion efficiency is defined as the conversion efficiency of light energy when the hydrogen energy output is equal to the energy input from the outside system.
临界光能转换效率就是系统产出的氢能与外界输入系统的能量相等时的光能转换效率。
11.
Study on Optimal Efficiency of Energy Transformation Based on Network Thermodynamics
基于网络热力学的能量转换最优效率研究
12.
The Research of Power Quality by Improve the Wafer Efficiency of the Monocrystalline Silicon Solar Cell
单晶硅太阳能电池硅片转换效率提高对并网电能质量的改善
13.
Fuel cells are intrinsically more efficient than most other energy-conversion devices.
本质上,燃料电池比其它大部分能量转换装置有效率。
14.
Conventional cells of the highest quality, normally made from silicon, now operate at only 18 percent efficiency.
通常质量最好的电池是由硅做成的，它的转换效率目前仅能达到18％。
15.
EXERCISE PERFORMANCE,MITOCHONDRIA ENERGY TRANSITION RATE AND EFFICIENCY;
线粒体能量转化效率、速率与运动能力
16.
Energy Conversion-Demanding Challenges for Power Semiconductor Industry
能量转换——功率半导体产业的需求挑战
17.
Study on the Effect of Oxygen and Carbon Content on the Solar Cell Conversion Efficiency;
氧碳含量对太阳电池光电转换效率影响的研究
18.
Study on the Teaching of Thermal Inversion Point and Thermodynamic Cycle Efficiency;
关于热量转换点与循环效率的教学研究