1) Photonic collection efficiency
光子采集效率~(φ_(ef))
2) photonic collection efficiency factor
光子采集效率
1.
The photonic collection efficiency factor was estimated to be about 0.
以草酸铁钾化学光量计曝光试验对其光学性能进行了评价,光子采集效率约为0。
3) collection efficiency
采集效率
1.
The number of CD34+ cells collected, the collection efficiency (CE) of CD34+ cells and the contaminations of red blood cell and platelet in the stem/progenitor cell products of two de.
对CD34+细胞采集量、采集效率以及红细胞与血小板的采集量进行比较。
2.
The improved device has been proved with convenient manipulation and high collection efficiency beyond 90%, which is applicable to all particle size collection from the scope of nano to micron.
改进后的装置操作简单方便,采集效率在90%以上,适用于纳米至微米范围所有粒径的颗粒的采集。
3.
The collection efficiency,impaction efficiency and capture efficiency were analyzed,respectively.
本文基于高温一维下行炉,选用锯屑和兖矿原煤作为燃料,通过自动控温采样枪收集积灰,分析积灰的采集效率、撞击效率和捕集效率等宏观效果参数。
4) lighting efficiency
采光效率
1.
Then by analyzing the mean lighting efficiency η_s calculated by the model in the example of Baoding,optimal parameters of equations were obtained among four kinds of curve including circular arc,ellipse,hyperbola and parabola.
本研究根据日光温室空间光强渐减的特点,结合BEER-LAMBERT定律,建立日光温室采光性能的数学模型,通过温室平均采光效率SΗ等评价指标,分析了以保定地区为例的模型运算结果,明确了圆弧面、椭圆面、双曲线面、抛物线面4种采光屋面曲线方程的最佳参数。
5) photon efficiency
光子效率
1.
Calculations show that as the thickness of the target increases, the photon efficiency increases and reaches a maximum, and then drops sharply for gold and tungsten target, while drops gently for cooper target.
对几种靶的光子效率和X射线前向性随靶厚度变化进行了计算和分析。
6) light collection efficiency
光收集效率
1.
Detection efficiency and light collection efficiency of the detector have been investigated.
介绍了一种铝制内椭球面反射镜闪烁薄膜探测器, 对其探测效率、光收集效率和时间性能的测试。
2.
The light collection efficiency has been calculated.
对γ射线探测器中狭长型塑料闪烁体镜反射方式下的光收集问题进行了研究，建立了一种光传输与收集的解析模型，并结合实例计算了光收集效
3.
Detection efficiency and light collection efficiency of the detector have been investigated.
介绍了一种铝制内椭球面反射镜闪烁薄膜探测器,对其探测效率、光收集效率和时间性能的测试。
补充资料：光谱光子效率
分子式：
CAS号：
性质：在引起相同的光响应的波长λ下，单位时间内光子积分通量功率Epo的倒数ΔY(ΔY/Δt)。当光谱衰减度可以忽略不计时，此效率谱与敏感颜料的转换谱成正比。
CAS号：
性质：在引起相同的光响应的波长λ下，单位时间内光子积分通量功率Epo的倒数ΔY(ΔY/Δt)。当光谱衰减度可以忽略不计时，此效率谱与敏感颜料的转换谱成正比。
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