Reflective elements allow for visibility in low lighting.
反光元素允许在低照明的知名度。
Two stable states at zero field is its most notable characteristic, so it is a low power reflective display.
其最显著特点是具有零场稳态，从而易实现低功耗反射显示。
Reflective elements help make you more visible in low lighting.
反光元素有助于让你更可见在低照明。
Compared with the conventional technology of reflective display, it shows high reflectivity, high contrast and low drive voltage.
结果表明，与传统反射式显示单元相比，此结构具有高反射率、高对比度和低驱动电压等特性。
The structure and mode of various type of the low power reflective LCD will be reviewed, and especial GH-LCD modes will be emphasized the trends to go ahead and key technologies will be aso discussed.
本文评述了各种低功耗反射型LCD的结构和模式，重点讨论了GH-LCD模式。本文也讨论了它们的发展趋势和关键技术。
Supported with a single column clad with reflective metal, the low-profile roof extends to cover an outdoor patio.
住宅由单独的一个柱子支撑，柱子上面覆盖反射性的金属，较低的屋顶延伸至室外的前厅。
Reflective elements keep you visible in low-light conditions.
反光元素，让你在低光照条件下可见。
Sugars in low concentrations are detected by mass detector, while those in high concentrations are detected by differential reflective index detector.
以质量检测器测定浓度小的糖份，以示差折射率检测器测定浓度大的糖份。
To effectively reduce the intensity of radiation while receiving maximum natural light source, the shell is constructed of 16mm thick low-E energy efficient glass and 8mm semi-reflective glass.
为了在充分接收自然光的同时有效减少辐射量，建筑外壳用16毫米厚的双层低能耗玻璃和8毫米半反射玻璃制成。
Reflective tabs for visibility in low light conditions.
在弱光条件下的能见度反光标签。
All-reflective optical systems, due to their material absorption and low refractive index, are used to create the most suitable devices in extreme ultraviolet lithography (EUVL).
由于材料的吸收和低折射率问题，极紫外光刻所采用的光学系统发展趋势是全反射型。
Reflective rear neoprene pocket and tabs for visibility in low light conditions.
反光后方氯丁橡胶的口袋里，在弱光环境下的可视性选项卡。
Solder has highly reflective surface and low viscosity, for improved soldering and reduced waste.
锡炉表面光泽如镜，且液相体较佳，焊接性能更好，减低浪费。
Furthermore, the GJ-4 confocal probe uses an avalanche diode with high responsivity. Therefore, it can get better measuring signals from low-reflective surfaces.
GJ-4型测头的光电接收器件使用高响应度的雪崩光电二极管，能够对一些弱反射表面获取到较好的测量信号；
Furthermore, the GJ-4 confocal probe uses an avalanche diode with high responsivity. Therefore, it can get better measuring signals from low-reflective surfaces.
GJ-4型测头的光电接收器件使用高响应度的雪崩光电二极管，能够对一些弱反射表面获取到较好的测量信号；
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