1) WYPLL rate(working years of potential lost rate)
WYPLL率
1.
Methods To analyze people′s health status and risk factors comprehensively by mortality rate?YPLL rate(years of potential lost rate)?WYPLL rate(working years of potential lost rate)and VYPLL rate(valued years of potential lost rate).
方法 应用死亡率、潜在生命损失率 (YPLL率 )、潜在工作损失率 (WYPLL率 )和潜在价值损失率 (VYPLL率 )综合分析人群的健康状况和危害健康的因素。
2) working years of potential lost
潜在工作损失年(WYPLL)
3) A-low
A率
1.
According to principles of digital switching system and A-low and μ-low,this paper gives an idea of ASIC design of A-low and μ_low converter.
根据程控交换原理和A率、μ率压扩编码原理,提出一种具有A率μ率转换器的ASIC实现方案。
4) slope efficiency
斜率效率
1.
After detailed analysis,the pumping quantum efficiency,the fluorescence quantum efficiency and the slope efficiency are distinguished clearly.
在"激光原理"课程的教学中,针对易混淆的量子效率、荧光效率、斜率效率等概念进行了诠释,并对不同文献中出现的相关概念进行了辨析。
2.
73 W,slope efficiency is 76.
73w,斜率效率为76。
3.
Output power of the fiber is 62 W and slope efficiency is 66% when fiber length is 22 m and pump power is 98 W .
根据高功率光纤激光器的性能要求,制备了内包层为D形的掺镱光纤,在波长为975nm、泵浦功率为98W的条件下,当光纤长度为22m时实现了62W的激光功率输出,其斜率效率达到66%。
5) power-frequency
功率–频率
6) power efficiency
功率效率
1.
It increases the bandwidth efficiency through reducing the power efficiency properly.
该调制技术通过适当降低功率效率提高了带宽效率,分析了PPWM技术的功率效率和带宽效率,在弱湍流信道模型下分析了PPWM调制技术的误包率,并与其他调制技术进行了比较。
2.
Based on the analysis of the charge pump,methods of optimization for the operation frequency and switch\'s size are proposed,as a result of which,the DC-DC conversion efficiency and power efficiency are improved.
在对其动作原理进行分析的基础上,对该电荷泵进行了时钟频率及开关网络中开关尺寸的优化并得到了最优的升压效率及功率效率。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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