1) power conversion efficiency
电光转换效率
1.
By analyzing the conditions which can increase the power conversion efficiency(PCE)of diode,it is found that decreasing the work voltage,serial resistance and the threshold current can increase the PCE.
分析了提高激光器电光转换效率的几种途径,认为降低激光器工作电压、串联电阻和阈值电流可以提高激光器转换效率。
2.
In recent 20 years multimode semiconductor diode lasers have achieved higher power and higher power conversion efficiency (efficiency for short) allowing them transite from specialty scientific items to pump sources for solid state laser used in factories.
最近20年里,半导体激光器的输出功率和电光转换效率(以下简称效率)都有了很大提高,使半导体激光器由专业的科研工具变为固体激光器和光纤激光器的泵浦源从而广泛应用于实际工业生产中。
2) electrical-to-optical conversion efficiency
电光转换效率
1.
High power semiconductor lasers have great potential in the application of pumping solid state laser, industrial processing, medical treatment, information storage and military equipment due to its superior characteristics such as high electrical-to-optical conversion efficiency (about 40%), stable operation, compactness and simple electrical driving ability.
高功率半导体激光器作为一种新型的激光光源具有较高的电光转换效率(40%左右)、可靠的工作稳定性及紧凑的体积和简单的驱动要求,在泵浦固体激光器、工业加工、医疗、信息及军事领域具有极其广泛的应用前景。
3) electro-optical conversion efficiency
电光转换效率
1.
Under continuous wave operation condition,the maximal electro-optical conversion efficiency of the standard 1 cm laser bar with micro-channel cooler is 63.
理论分析了p型波导层厚度对半导体激光器阈值电流、内损耗以及串联电阻的影响,优化得到该参数对器件电光转换效率的影响。
2.
The experimental results show that the best value for laser output electro-optical conversion efficiency can be obtained when the gas mixture ratio of CO2 to N2 is 3.
针对大功率脉冲TEA CO2激光器的放电腔在不同工作气压和不同配气比例条件下对激光器输出能量和电光转换效率均有较大影响,研究了充气压力从30kPa到60kPa,配气比例由CO2:N2=1:1到CO2:N2=1:4变化条件下,放电腔工作气压和配气比例对激光器输出能量和转换效率的影响。
4) IPCE
光电转换效率(IPCE)
5) photoelectron transfer efficiency
光电子转换效率
6) overall photo-electric conversion efficiency
总光电转换效率
补充资料：可转换证券的转换价值
可转换证券的转换价值——
如果一种可转换证券可以立即转让，它可转换的普通股票的市场价格与转换比率的乘积就是可转换证券的转换价值，即转换价值等于普通股票的市价乘以转换比率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条