1) photo sensor
光感应器
2) sensor,photo
光感应器
3) Light perception
光感
4) light sensation
光感
5) light perception/LP
光感
6) silky gloss
丝光感
1.
Based on the histological structure of pigskin, important factors affecting silky gloss of pigskin suede leather were analyzed in brief.
从猪皮组织结构特点出发,对影响猪皮绒面革丝光感的因素进行了简要分析。
7) laser-induction
激光感应
1.
Carbon-coated iron nanoparticles with a few layers of graphitic shells have been synthesized in a mass scale by laser-induction complex heating evaporation.
采用激光感应复合加热蒸发合成法,以CH4为碳源,制备了大量具有壳核结构的纳米碳包铁颗粒,通过透射电子显微镜(TEM)、X射线衍射分析仪(XRD)、能量弥散X射线分析(EDX)等对颗粒进行了表征,并利用动态磁滞回线测定仪测定了纳米颗粒的磁化强度等磁性能。
8) laser sensitivity
激光感度
1.
Electromagnetic theory, wave particle duality of light and hot spot theory are applied to study the effects of particle size upon the laser sensitivity.
根据光的电磁理论及光的波粒二象性 ,从激光对材料的热作用出发 ,运用“热点”学说 ,分析了小粒度情况下的吸收增强、弛豫加快、米氏散射及均匀吸收等效应对含能材料激光感度的影响作用 ,进而得出激光感度随粒度减小而增加的结论。
2.
The conclusion is drawn that Zr/KClO 4 with low density or weak positive oxygen balance have high laser sensitivity.
通过对点火时间的测定，研究了Ｚｒ／ＫＣｌＯ４的激光感度与配比、密度等参数的关系。
3.
Laser sensitivity test method of initiating explosive material was researched and test device was established.
研究了火工药剂激光感度测试技术,组建了一套用于测试火工药剂激光感度的装置。
9) photoceptor
光感受器
1.
The histopathologic changes and their mechanisms of photoceptor in mice with dyslipidemia;
血脂异常小鼠光感受器的组织病理学改变及其机制探讨
10) photoreceptor
光感受器
1.
Ultrastructure changes of the photoreceptor in Portunus tritubereulatus by diurnal photoperiod;
三疣梭子蟹光感受器超微结构在昼夜光周期中的变化
2.
Objective To study the apoptosis of photoreceptors of the retinal injury in rats under strong visible light and investigate the pathologic mechanism of retinal photo-injury.
目的 观察较强可见光所致大鼠视网膜光感受器细胞凋亡现象 ,探讨视网膜光化学损伤发病机制。
3.
By the combined oxalate-pyroantimonate technique, We observed the subcellular distribution of calcium in the photoreceptor cells of Penaeus monodon Fabricius with different the extracellular calcium concentration.
应用草酸 焦锑酸盐结合的沉淀技术研究了在不同Ca+2浓度条件下斑节对虾光感受器细胞胞内储存的Ca2+的变化,电镜观察表明:在高钙溶液培育后,细胞内的多囊体、色素颗粒、板膜体中都存在大量的焦锑酸钙沉淀的黑色颗粒,线粒体中则无;在生理溶液培育后,线粒体中出现沉淀,而其他Ca2+储存器中焦锑酸钙沉淀的黑色颗粒则大量减少。
补充资料：光感应
guānggǎnyìng
[phototonus] 由暴露于特定光照条件而产生的感应状况(如视网膜或照相底片的光化学反应)
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