光电

Sano model and deduced by the rate equations for excess electron and excess hole, can be used in DC analysis, AC analysis and transient analysis. The result of DC photoelectric characteristic simulation coincided with the experiment very well.

Sano模型为基础，结合过剩电子、空穴速率方程得到的，可用于直流分析、交流分析和瞬态分析，其直流光电特性模拟分析结果与已报道的实验结果符合得很好。

The characteristics of the MAPMT make it well suited for detection of light from scintillator array.

这种低串扰的特性，非常适合作为阵列探测器的光电转换器件。

Two types of Hamamatsu R5900 series photomultiplier tubes have been evaluated for reading out arrays of small scintillator elements.

测量了两种新型低串扰的可以作为阵列闪烁晶体读出器件的H5900系列多阳极光电倍增管的特性。

Matching error of scintillator emission spectrum with lens system will have influence on image quality of photoelectric receiving systems in flash radiography.

转换屏的X射线激发发光光谱与透镜系统的匹配偏差会对闪光照相光电接收系统的成像质量造成影响。

Yancheng company serves a wide range of customers including PCB producer, photoelectronics product company, membrane switch producer, scutcheon board and electronics plastic factory etc.

主要面对的行业有：光电器材、印制电路板、薄膜开关、标牌、面板、仪表、塑胶电子等。

To testing segregator's characteristic parameter, including separate impulse, preload and separate time, the Photoelectric testing technique, a high-speed multifunction data acquisition card and a press sensor are used in this system.

介绍了一分离器分离参数测试系统，该系统通过光电检测方法，利用高速数据采集卡和高精度传感器对分离器的分离冲量，预紧力和分离时间进行测试。

Neo-Neon in Hong Kong, Taiwan Pai-hung, Shanxi Guangyu, Taiwan 100 million light, Osram, Guangdong Real Faith, Taiwan is crane, Shanghai, think twice, Guangzhou Seif, Yoshiyama optoelectronics, Xiamen Guanyu, Zhejiang enterprises to participate in one core brands on display, centralized demonstrate China lighting industry, style, outdoor lighting industry in China the brand to achieve a unified parade.

香港真明丽、台湾佰鸿、山西光宇、台湾亿光、欧司朗、广东昭信、台湾正鹤、上海三思、广州赛福、吉山光电、厦门冠宇、浙江名芯等品牌企业参与展出，集中展示中国照明产业风采，实现中国户外照明行业品牌统一大阅兵。

The invention belongs to the new energy technique field of photoelectric material, in particular to a process for preparing a copper indium selenide sputtering target.

本发明属于光电材料新能源技术领域，特别涉及一种制备铜铟硒溅射靶材的工艺。

As companies look to compete against market and CdTe thin film module leader First Solar, the promise of higher conversion efficiencies and equally low production costs is luring a growing number of wannabe companies to copper indium gallium selenide technology and in doing so to turnkey provider, centrotherm photovoltaics.

由於企业对市场竞争和CdTe薄膜太阳能模块领导人第一次的保证较高的转换效率和同样生产成本低，是吸引越来越多的崇拜者公司铜铟镓硒技术，并在这样做的交钥匙项目提供商，centrotherm光电。

After graduating from self-loving gradually VB programming, has automated the preparation of the Maori blessing calculator so that the company calculated the cost of a lot of convenience, to the AU after a computer automatically calculate coordinates substitute comparison t able to improve efficiency and analysis Repair yields, in the end of August from the beginning of the use of Excel VBA turn carried by the use of Visual Basic programming, simply by the beginning of the coordinates of the aircraft in fixed and gradually perfect its functions, after numerous functions perfect, update d version , until now automatically value, take a few screens to install and keep other aircraft types, Cell coordinates and coordinate simultaneous COF, simultaneously hard and soft keyboard input, question is valueTo prevent failure, point and thread type of undesirable precise positioning the cursor, 4 Operational functions to four 40-inch production line, the company can save costs 6333822.717 RMB.

自毕业后逐渐爱好VB编程，曾为福大自动化编写毛利计算器，使公司的成本计算方便了许多，入友达光电后便有了使用电脑自动计算代替坐标对照表来提高分析效率及Repair良率，于8月底由刚开始的使用Excel所带的VBA转而使用VB编程，由刚开始单纯的坐标计算及机种固定逐步地完善其功能，经过无数次的功能完善、版本更新，直到现在的可自动取值、屏幕取数、设置其它机种并保存、Cell坐标及COF坐标同步计算、软硬键盘同步输入、待算值防呆、点及线类不良精确定位光标、四则运算等功能，以4条40寸生产线计算，可为公司年节省成本6333822.717RMB。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。