我们对生产电致发光信号感兴趣。
We are interested in producing signage known as Electroluminescent ( EL ).
生物发光信号的强度与AHL的浓度成正比。
The intensity of the bioluminescent signal was directly proportional to the AHL concentration.
结果粉末样品在光激发下都发射光激发光信号且与辐射成线性关系。
Results the OSL signals were observed while the samples were exposed to blue light or infrared light, and the signal is linear to the absorbed dose.
方法取常用的塑封集成电路芯片制成粉末样品，测量其光激发光信号对辐射剂量的响应。
Methods IC chips powder samples were prepared, and the OSL curves and their dose response and stability were measured.
其中闪烁体将中子信号转换为可见光信号，光学系统则将闪烁体的发光信号成像在条纹相机上进行记录。
The thin piece of scintillator material acts as a neutron-to-light converter. The optical system images light from the scintillator surface to camera for recording.
所以我们得出结论，虽然生物发光信号可能会增加捕食者蜘蛛的攻击率，但是它们也会促使捕食者知道不可口的猎物。
We conclude that, although bioluminescent flash signals may increase attack rates by predatory jumping spiders, they may also facilitate learning about unpalatable prey.
该传感器包括激发辐射源（1），用于辐照样品（4）并激发光学地可 变的分子（9），从而生成发光信号（7）。
The sensor comprises an excitation radiation source (1) for irradiating the sample (4) and exciting the optically variable molecule (9), thus generating a luminescence signal (7).
科学家们甚至已经设计了人工开关，当它开启时能够发光和者发出电化学或生物化学信号。
Scientists have even engineered artificial switches to start glowing or giving off some kind of electrochemical or biochemical signal once they are switched "on."
飞机现在像发光的信号一样在控制器的绿色雷达屏幕上移动。
Aircraft now move across a controller's green radar screen as a blip of light.
传感器系统采用光纤作为发光菌信号传导介质，使传感器与后面的集成光学检测分析系统相分离，便于现场应用。
The sensor system USES the optical fiber as the transmission medium of bioluminescent bacteria signal, separating the sensor and the optical detecting system, which is convenient for field use.
如果你有表面发光的物体，就可以做一个信号装置。
You can make a signal device if you have something with shiny surface.
不同的控制信号使发光二极管以不同的方式和花样显示。
The different control signal makes LBD to give out light with the pattern in different way.
新型主战飞机用电致发光屏是一种新型的飞机座舱仪表信号显示屏，是基于电致发光（EL）原理而制作的，用于飞机座舱仪表照明显示。
The electroluminescent phosphors are the important materials of new type cabin signal display EL screen used for displaying the data of the main battle aircraft.
基于数字信号处理(dsp)方案设计了一块电路板用于声致发光层析成像(SLT)的扫描成像系统。
Based on digital signal process (DSP), this article gave the design method of an electronic board, which is used in the scanning imaging system of sonoluminescence tomography (SLT).
方法：利用化学发光免疫检测这一新型的免疫分析方法，采用光子计数技术的高精度、高稳定性的光信号检测。
Methods The chemical immunofluorescent test was used in high-precision, high-stability photo-signal test by photon counting technology.
另外，指示发光二极管提供不间断的信号强度信息，提供快速和简单的故障排除-提供安装和维修双向的成本节约。
Plus, the indication LEDs provide continuous signal strength information, offering quick and simple troubleshooting - providing cost savings both during installation and maintenance.
第二部分是光纤传输和光电转换器，从传感头输出的频率调制信号驱动装在高压端的发光二极管，进而转换成光脉冲信号；
The first one is a sensor head converting the current flowing in the power line into the optical pulse FM signal. The second one is optical fiber transmission and optolectric conversion.
这些发光二极管和显示模块应用广泛，包括电子显示屏和信号灯、汽车、固态照明和液晶显示器的背光。
These LEDs and display modules address a wide range of markets, including electronic signs and signals, automotive, solid state lighting and LCD display backlighting.
此化学发光elisa提供在低量微孔板，提高信号灵敏度，同时使用一个较小的样本量。
This chemiluminescent ELISA, which is offered in low volume microplates, shows increased signal and sensitivity while using a smaller sample size.
摘要 ：采用直接光强调制的方法，建立了一种新型有机电致发光器件（OLED）的光电信号传输体系，研究了发光层掺杂、发光面积和预置电压对OLED响应速度的影响。
Abstract : A new type of optical signal transmission system based on organic light-emitting devices (OLED) has been investigated using direct light intensity modulation method.
每个像素包括多个EL元件，并且所述元件的发光由发光控制信号控制。
Each pixel includes a plurality of el elements, and emission of the elements is controlled by emission control signals.
LED发光二级管广泛用于交通信号灯、汽车指示灯、显示屏、背光源、照明等领域。
Led led with its own unique advantages is widely used in man-machine contact "display area, traffic lights, auto lamp, screen, back light, lighting, etc."
动态范围宽（70db），信号热噪声小（<0.02electronpersecond）无论测量高亮度光源（LED显示屏）还是分辨发光像素的细微偏差都能精确无误。
The high quantum efficiency, wide dynamic range (70db) and low noise (<0.02 electron per second) performance make it can distinguish tiny biases and get accurate measurement result.
动态范围宽（70db），信号热噪声小（<0.02electronpersecond）无论测量高亮度光源（LED显示屏）还是分辨发光像素的细微偏差都能精确无误。
The high quantum efficiency, wide dynamic range (70db) and low noise (<0.02 electron per second) performance make it can distinguish tiny biases and get accurate measurement result.
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