Low Drive Current, High Intensity of Light Emission.

低驱动电流，高强度的光发射。

Reduce your screen's blue light emission and sleep more soundly.

睡得更好：滤掉手机萤幕的蓝光，就可以睡的更好。

Chemiluminescence is the light emission produced in certain chemical reactions.

发光是在特定化学反应中产生的光辐射。

The thin film material has sharp red light emission spectra at a 616-619 nm position.

该薄膜材料在616 ~ 619纳米处存在尖锐的红光发射光谱。

The number of light emission spikes of discharge increases with the gas pressure increasing.

随气压的增加，放电的光信号脉冲数不断增加。

The control circuit controls the pump according to the signal of the light emission receiver.

一控制电路，它根据光发射接收器的信号控制水泵。

Visual light or perceived color is the quality of light emission as recognized by the human eye.

可见光或可分辨的颜色是人眼所辨认出的发射光的性质。

Light emission was significant inhibited by the free radical scavengers and the metabolic inhibitors.

自由基清除剂和代谢抑制剂，对发光有明显的抑制作用。

However, light emission from molecules near metals is challenging due to the fluorescence quenching effect.

然而，隧道结中的分子由于离金属表面很近，其发光受到荧光淬灭作用的强烈制约。

The millisecond delayed light emission (MDLE) of light_grown cells and mixotrophic cells were also detected.

用双重转盘磷光机测定了光自养细胞和混合营养细胞的毫秒延迟发光。

The method to increase the intensity of the blue light emission from the diamond films devices is suggested.

提出了一种提高金刚石薄膜电致发光器件发光强度的方法。

Once the blue-light emission wasobtained, it will not change with the increase of the power density of laser.

且该蓝光发射一旦获得，则其发光强度基本不再随激光功率密度变化而变化。

Weld quality monitoring methods by magnitude and frequency characteristics of the light emission were proposed in this paper.

提出了利用强度和频率特征对焊接质量进行监测的方法。

The structure, fabrication technology and light emission properties of double barrier MIMIS tunneling junction are discussed.

讨论了硅基双势垒金属绝缘层金属绝缘层半导体 （MIMIS）隧道发光结的结构、制备方法及发光特性。

This paper reports the light emission from MIM tunnel diode and Negative Differential Resistance (NDR) in its I-V characteristic curve.

本文报道了MIM隧道二极管的发光和负阻现象，用梯形势垒计算了电流-电压特性。

Without complex synthesis and multiple fabrication process, we herewith provide a simple and effective way to achieve white-light emission.

这是一种没有复杂合成过程和构造过程并且简单高效获取白光的方法。

The relationship between the keyhole behavior and arc light emission flux is studied by spectroscopic method in plasma arc welding of stainless steel.

针对不锈钢穿孔等离子弧焊过程，熔池小孔的特征行为与弧光光谱辐射强度之间的关系进行了光谱试验研究。

Light emission from the plasma in laser welding of zinc-coated plates when there appeared pinhole in the weld were analysised on magnitude and frequency ranges.

对镀锌板激光拼焊过程中焊缝上出现孔洞时的等离子体光信号进行了幅域和频域分析。

The double-barrier light emission tunnel junctions have been fabricated. The characteristics of electronic resonant tunneling with the junctions have been analyzed.

制备了含两层绝缘层的双势垒结构隧道发光结，介绍了其结构特点，分析了电子在结中的共振隧穿特性。

Researches on knock combustion in BJ492Q using spark plug optical sensors are presented in this paper. The effects of knock intensity on light emission are studied.

应用火花塞光纤传感测量系统对BJ 492 Q汽油机爆燃燃烧进行测量和研究，分析了爆燃燃烧时火焰光辐射的变化情况。

The phenomenon of the blue range electroluminescence of the boron doped diamond thin films is reported, and the several light emission mechanisms on band A are summarized.

报道了金刚石薄膜的蓝区电致发光现象，总结了几种有关金刚石薄膜蓝区发光“A”带的发光机理。

By measuring current voltage characteristics and observing light emission of these diodes, electron emission feature of these diamond powder cold cathodes were investigated.

通过该结构电流电压特性的测量和发光特性的观察研究了金刚石粉末冷阴极的电子场发射性能。

Gas concentration in liquid is an important parameter in single bubble sonoluminescence (SBSL), which significantly affects the movement and light emission of the SBSL bubble.

液体中的含气量是单泡声致发光相空间的重要参数，对声致发光气泡的运动及发光有重要影响。

The electron emission and light emission during rock fracture and the explosive nature of the fracture can be satisfactorily explained in this wal at a semiquantitative level.

根据这种机制可在半定量水平上较为满意地解释岩石破裂中的电子发射、光辐射和岩石的爆炸式破裂。

Although silicon is an indirect semiconductor, light emission from silicon is governed by the same generalized Planck's radiation law as the emission from direct semiconductors.

虽然硅是一种非直接跃迁半导体，但它的发光机制同样服从于直接跃迁半导体的广义普朗克辐射定律。

In this paper, some aspects of the porous silicon are reviewed. The structures, various models of light emission and different mechanisms of porous silicon formation are discussed.

本文对多孔硅的结构，各种发光模型和不同的形成机理进行了讨论。

Various shapes and fine fiber of the glass have important and wide application in light communication, laser, light emission, infrared detection, specific glass and optoelectronics.

制成的各种形材及细纤维在光通信，激光、发光，红外探测，特种玻璃及光电子技术中有着重要和广泛用途。

The particle has stronger relaxation capacity and phosphorescent light emission property, can be used for preparing magnetic resonance imaging contrast agents and realizing dual functions.

该粒子有较强的弛豫能力，同时具有磷光发射的性质，可用于制备磁共振成像造影剂，实现了双功能。