The single luminous intensity from several mCD to five thousand mCD range.
单管的发光强度从几个mCD到五千mCD不等.
The single luminous intensity from several mCD to five thousand mCD range.
比如在工作8000小时以后,发光强度还能够达到其最大功率的95%。
In after 8,000 hours of work, for example, luminescence intensity can also reach its maximum power of 95%.
烛光概念最早是英国人发明的,它是发光强度(Luminousintensity)的单位。
The concept of candlelight was first invented by the British, and it is the unit of Luminous intensity.
一般LED灯带不同的颜色会有不同的发光强度,常用单位是mcd,即毫坎德拉。
General LED lights with different colors will have different luminous intensity, commonly used unit is mcd, that millicandela.
一般LED可以使用50,000小时以上,其发光强度会从标称值逐步下降到70%左右,影响LED…….
Generally, LEDs can be used for more than 50,000 hours, and their luminous intensity is gradually reduced from a nominal value to about 70%.
发光强度会随光的每遍,直到它到达一个由空腔和反射镜的设计建立了一个平衡水平。
The emission intensity grows with each pass of light until it reaches an equilibrium level that is established by the cavity and mirror design.
然而,除了正常的PSS后,将细胞立即通过增加的[Ca2+]i的浓度和发光强度高的荧光响应。
However, after the addition of normal PSS, the cells immediately respond by increasing[Ca2+]i concentration and emitting high intensity fluorescence.
由于一般LED的发光二强度小,所以发光强度常用烛光(坎德拉,mcd)作单位。
Due to the small intensity of light emitting diodes in general, candela is commonly used as a unit of candela(mcd).
这样能确保两个光源以相同的强度发光。
This ensures that two light sources shine with the same intensity.
这表明IIa型钻石的发光峰位强度非常低,这就需要更高灵敏度的设备来测量PL特征。
This should indicate the extremely low intensity of luminescence peaks in type IIa diamonds, and the highly sensitive equipment needed to accurately measure PL features.
在反对派的夜晚,Ceres将以7.1的最高视觉强度发光,远远超出双筒望远镜和后院望远镜的范围。
On the nights around opposition, Ceres will shine with a peak visual magnitude of 7.1, well within reach of binoculars and backyard telescopes.
单管的发光强度从几个mCD到5000mCD不等。
The luminous intensity of a single tube varies from a few mCD to five thousand mCD.
总的来说,发光强度几乎翻了一番。
In total, the luminous intensity was almost doubled.
通常,使用标准条件b来测量发光强度.
Normally, the standard light condition B is used to measure the light intensity.
单管的发光强度从几个mCD到五千mCD不等。
The luminous intensity of a single tube varies from a few mCD to five thousand mCD.
常见光源发光强度(cd):.
Common light source luminous intensity(cd).
通常,发光强度是使用标准条件B测量的。
Normally, the luminous intensity is measured using standard condition B.
一支普通蜡烛的发光强度约为1cd.
The luminous intensity of a common candle is almost 1 cd.
通常,发光强度是使用标准条件B测量的。
Normally, the luminescence intensity is measured using standard B.
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