Where High Intensity Discharge bi-xenon headlights are specified, the driver further benefits from the Adaptive Front-lighting System.
如高强度气体放电灯的双氙气大灯指定，驱动程序，进一步从眼前的利益自适应照明系统。
A lamp lighting system allows dimming of a compact gas discharge lamp to a low light output level without perceptible flicker.
一种允许将紧凑型气体放电灯调至低光输出电平而无可察觉的闪烁的灯照明系统。
Electric discharge lamp, or vapor lamp: Lighting device consisting of a transparent container within which a gas is energized by an applied voltage and made to glow.
放电灯，亦称蒸气灯，一种照明器件，由一透明外壳构成，其中的气体被外加电压激发而发光。
Electric discharge lamp or vapor lamp: lighting device consisting of a transparent container within which a gas is energized by an applied voltage and made to glow.
放电灯，亦称蒸气灯，一种照明器件，由一透明外壳构成，其中的气体被外加电压激发而发光。
High Intensity Discharge (HID) is a new type of lighting technology that primarily different from the conventional halogen bulbs that use a heated tungsten filament.
高强度放电(藏)，是一种新型的照明技术，主要是不同于传统卤素灯泡使用激烈的钨丝。
Mainly engaged in HID ( high pressure gas discharge lamp ), new LED light source and lighting system research and development and sales.
主要从事HID（高压气体放电灯）、LED新光源等照明系统的研发和销售。
Being part of it, green lighting projects are attracting more and more attention. As a high efficacy long life time lighting source, high Intensity Discharge (HID) lamp plays an important role in it.
作为一种高效、长寿命的新型电光源高强度气体放电灯在绿色照明工程中扮演了重要的角色。
Each group of gas discharge lamps are combined to form an organic whole; the required power levels can be easily selected based on needs, so as to realize high-power lighting of gas discharge lamps.
将一组气体放电灯组合成一个有机整体，根据需要方便选择所需功率档次，实现了气体放电灯的大功率照明。
These gases absorb and give off electromagnetic radiation in a much less complex way than other substances, a property exploited in their use in fluorescent lighting devices and discharge lamps.
比起其它的物质来，这些气体吸收和放出电磁辐射的方法要简单得多。
These gases absorb and give off electromagnetic radiation in a much less complex way than other substances, a property exploited in their use in fluorescent lighting devices and discharge lamps.
比起其它的物质来，这些气体吸收和放出电磁辐射的方法要简单得多。
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