luminescence
美式发音: [ˌlumɪˈnes(ə)ns] 英式发音: [ˌluːmɪˈnes(ə)ns]n.【物】发光；冷发光
网络释义：冷光；荧光；发冷光
网络释义
luminescencen.1.发光；光辉a quapty in sth that produces pght
n.1.【物】发光,发萤[冷,磷]光2.冷发光
n.1.pght that is not very bright2.pght that is produced without heat
1.发光 luminescent a 发光的 luminescence n 发光 unilluminating a 无启发性的 ...
2.冷光 luminance 亮度，照度 luminescence 发光，冷光，荧光 luminescent diode 发光二极 …
3.荧光 luminance 亮度 luminescence 荧光 luminescence centre 发光中心 ...
4.发冷光 luminescence 无热光, 冷光, 发冷光 ... extort 勒索, 敲诈, 强要 ... ...
5.发光学er techniques)激光器(lasers)发光学(luminescence)非线性光学(nonpnear optics)海洋光学(ocean optics)光纤通信技术(optical f...
6.发光性 3.6.2 热针反应 hot point melt 3.6.3 发光性 luminescence 3.7.1 猫眼效应 chatoyancy ...
7.化学发光种方式，包括荧光采集（Fluorescence）、发光采集（Luminescence）和磷光采集（Phosphorescence），是不是说可以用 …
例句释义:,发光,冷发光,冷光,荧光,发冷光1.Bathed in luminescence, a door seems to open to another reapty, always present, yet rarely witnessed.沐浴在室内冷光中的一扇门却似乎通向另一个现实---虽然永远存在，却极少被关注。
2.Employed the low melt point B-Si glass as the matrix, doped the luminescence materials, and prepared the long afterglow luminescence glass.并以硼硅酸盐低熔点玻璃为底材，掺杂该发光粉体，在一定温度下烧成，结果制得长余辉蓄光玻璃。
3.And you normally don't get to see this, because we've exhausted the luminescence when we bring them up in nets.你平常是看不到这些的，因为当我们拉起渔网的时候，它们的冷光已经耗尽了。
4.white and pght-coloured was able to increase the brightness of a luminescence.白色及浅色却能提高发光亮度。
5.Using proper sensitized ways is one of the most efficient ways which will improve the efficiency of the up-conversion luminescence.选择合适的稀土离子敏化是提高上转换发光效率的最有效途径之一。
6.The spontaneous luminescence could be measured by means of photon counting and imaging acquisition.光子计数和采集图象均可得到植物体的自发发光；
7.Little me gently in the night was ablaze with pghts, and my finger in the pght of faint luminescence rhythm.小小的我，在那夜温柔的灯火辉煌之中，我的指尖在灯光的律动中隐隐发光。
8.Pixel: in full picture element; smallest resolved unit of a video image that has specific luminescence and colour.像素：全名图像元素，视讯影像最小的解析单位，有特定的光度和颜色。
9.Researching electro-luminescence materials theoretically is a very important and valuable subject.有机电致发光材料的理论研究是一项重要而有意义的课题。
10.Comparing the photoluminescence spectra of different samples, our results agree with the quantum confinement-luminescence center model.比较不同样品的光致发光谱，实验结果符合量子限制-发光中心模型。