发光强度的英文

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英文翻译
造句

light intensity
luminance intensity
luminescent emission intensity
luminosity
luminous intensity
radiance

发光 give out light; shine; be lu ...
强度 intensity; strength; magnitu ...
坎，发光强度 cd candela
【物理学】发光强度。 luminous intensity
发光强度标准 luminous intensity standard
发光强度单位 unit of luminous intensity
发光强度峰值 peak of luminous intensity
发光强度辉度 luminous intensity
法向发光强度 normal intensity of light
发光强度（光通量）峰值 peak of luminous intensity (luminous flux)
发光强度标准灯 luminous intensity standard lamp
发光强度很大的灯 high intensity discharge lamps
堪德拉(发光强度单位) candela (cd)
坎德拉（发光强度单位） candela (cd)
磷光体发光强度 shining intensity of phosphor
平均球面发光强度 mean spherical intensity
一种发光强度单位 violle
烛光(发光强度单位) candela (cd)
背景耀度，背景发光强度 background luminance
平均半球面发光强度 mean hemispherical intensity
光强度 light intensity; luminous intensity; optical power◇光强度调制 light intensity modulation
x光强度计 intensimeter
标准光强度 etalon optical power
单色光强度 monochromatic intensity
灯光强度 light intensity

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例句与用法

16kw and 48kw end - pump disk amplifier were designed , they condensed the pump radiation of the two diode arrays of 36 times and 27 times separately , which average radiant intensity were lower than 0 . 5kw / cm ~ 2
设计了16kw和48kw端面泵浦片状放大器,将两种阵列输出的平均发光强度不足0 . 5kw / cm ~ 2的泵浦光分别缩束36倍和27倍。
The results of rrs demonstrated cds nanoparticles have no influence on the double and triple bonds . the photoluminous measurement showed that cds nanoparticles caused the luminous bands become weak and the red shift
光致发光的测试表明硫化镉纳米粒子使聚双炔及其甘露糖衍射衍生物混合单分子层的发光强度减弱，并使其发光峰红移。
The results showed that both the absorption edge and the pl peak blue - shifted with a decrease of thickness of the films , and that pl intensity and line - width were increased for the films with a smaller thickness
结果发现,在一定薄膜厚度范围内,紫外发光带和光学吸收边均随着薄膜厚度的减小而单调蓝移,且紫外发光强度递增,峰宽变大。
We also performed a nonlinear curve fitting to the intensity relation curve between pumped light and upconversion emission light , and knew that the upconversion luminescence belonged to three - photon absorption
通过对上转换发光强度与泵浦源电流强度关系曲线的拟合，看到这种上转换是三光子吸收过程，这与通过能级图分析得到的结果相同。
Those samples treated show a major peak at 2 . 02ev and a minor one at 2 . 13ev at a given low temperature and experiences a blue - peak - shift at room temperature . a defect model is abstract suggested to account for the pl of sintered psc
经氧化研磨或研磨的样品在低温下有较高的发光强度，发光主峰位于2 . 02ev ，在2 . 13ev有一弱峰，室温下发光峰发生蓝移。
Sl is a process from molecular emission to bremsstrahlung . in the fifth chapter , we record the sl image resulted from ultrasonic cavitation and studied the relationship between the sl intensity and ultrasonic intensity
液体在超声的作用下产生的声致发光强度与驱动超声压强的大小有关，经多次试验发现液体中的超声压强与声致发光的强度近似呈线性关系。
Under the optimum conditions , the response to the uric acid concentration was linear over range 1 . 0 to 100 mg . l - 1 with a regression equation of i = 3 . 09c ( mg . l - 1 ) + 2 . 1 ( r2 = 0 . 9992 , n = 6 ) and a detection limit of 0 . 1 mg . l - 1 ( 3 )
据此，将该发光体系应用于化学发光成像分析测定甲基多巴的研究中。在一定的实验条件下，发光强度与甲基多巴浓度成良好的线性关系。
In the case of annealing , the intensity of the er pl first increases with a decrease in the density of si dbs up to 250 and then continues to increase up to 350 ? even though the density of si dbs increase
在退火处理的情况下， erpl的变化分为两个阶段：随着温度上升到250 ， sidbs密度下降， erpl的发光强度增加；随着温度继续上升到350 ， erpl的发光强度也相应上升，但sidbs密度也同向增加。
The doping of europium did not induce any new luminescent centers , but caused the luminescent efficiency of defects to increase greatly . 4 . by changing the rinse times during the synthesis of zns nanocrystallite , the surface state was studied
4通过改变zns纳米晶制备过程中清洗的次数，比较了清洗前后发光强度的变化，分析了自激活发光中心在纳米晶中的分布状况，即自激活发光中心倾向于占据表面格位。
( 5 ) under 488 nm excitation , temperature - dependence of emission intensity of eu3 + in silicate glasses was investigated from 77 k to 670 k . it was observed that the total emission intensity of the eu3 + - ion in glasses had a maximum at a certain temperature
( 5 )测量了488nm激光激发下eu ~ ( 3 + )的发光强度在77 ? 670k之间随温度的变化过程，观察到eu ~ ( 3 + )掺杂氧化物玻璃发光强度随温度上升至某一最大值而后随温度上升而下降。