1) luminous intensity
发光强度
1.
This paper describe the relations of photogenic bacteria's luminous intensity to bacteria's photogenic time and photogenic bacteria's luminous intensity to pH experiments.
本文通过发光菌发光强度与发光时间、发光菌发光强度与pH值的两个影响关系实验 ,确定了发光菌稳定发光时间和pH值范围。
2.
The luminous intensity,luminous flux and color coordinate of high-power white LED have relations with different place.
分析了大功率白色发光二极管的发光强度(即光强)、光通量和色坐标与测量位置的关系,提出了解决的方法。
3.
The uncertainty evaluation and data processing methods for the CCPR key comparisons of luminous intensity and luminous flux unit are introduced.
介绍了光度与辐射度咨询委员会发光强度和总光通量国际比对中的不确定度评定和数据处理的方法。
2) luminescence intensity
发光强度
1.
Effect of fluxes on morphology and luminescence intensity of BaMgAl_(10)O_(17)∶Eu~(2+) blue phosphors;
助熔剂对BaM∶Eu~(2+)蓝色荧光粉形貌和发光强度的影响
2.
The factors of effect on granularity and luminescence intensity are discussed.
以草酸盐共沉淀法制备前驱体,微波热合成法制备超细掺铽铝酸盐绿色荧光粉,研究了影响粒度和发光强度的因素。
3.
MgF2,AlF3,Li2CO3 and H3BO3 were chosen as fluxes agents,whose influences on phase purity,particle morphology and luminescence intensity of phosphors were investigated.
33)MgAl11O19(CMAT)绿色荧光粉,研究了MgF2、AlF3、Li2CO3和H3BO34种助熔剂对CMAT绿粉物相纯度、粉体颗粒形貌和发光强度的影响。
3) luminescent intensity
发光强度
1.
The effect of molten salt on particle size and luminescent intensity is also studied.
实验结果分析发现复合熔盐有利于Y2O3∶Eu3+发光强度的提高,在1300℃焙烧时其主峰强度比不加熔盐量时的高36%,且高出商用Y2O3∶Eu3+红粉的11%。
2.
Some questions about Ca_4Y_6(SiO_4)_6O∶Eu nanocrystal were studied, which include: luminescent properties, the relationship between luminescent intensity and temperature.
研究了纳米晶Ca4Y6(SiO4)6O∶Eu的发光特性,发光强度与灼烧温度的关系,灼烧温度及材料制备方法对Eu3+在Ca4Y6(SiO4)6O中的猝灭浓度的影响,并发现纳米晶的激发光谱中,Eu3+—O2-电荷迁移带蓝移的特性。
3.
The routes for enhancing luminescent intensity of Si quantum dots was discussed.
探讨了提高Si量子点发光强度的可能途径。
5) thermoluminescence denLqity
热发光强度
6) Exciting Light Intensity
激发光强度
1.
The Study on the Relationship between Lamp Current of As Hollow Cathode Lamp and Exciting Light Intensity and Delay Time in Atomic Fluorescence Spectrometry;
应用于原子荧光光谱分析的空心阴极灯-As灯电流与激发光强度及延时关系的研究
补充资料：发光强度
分子式：
CAS号：
性质：点光源在给定方向上单位立体角内发出的光通量。为SI的基本量。符号为I或IV；单位为cd(坎德拉)。
CAS号：
性质：点光源在给定方向上单位立体角内发出的光通量。为SI的基本量。符号为I或IV；单位为cd(坎德拉)。
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