关于道路照明节能技术的新探讨

本文主要介绍城市道路照明节能减排的几种基本方法，节能首先从设计开始，不同道路用不同的照明标准，严格按设计标准设计，在光源电器的选择上，必须是高效低耗的产品，控制电器必须是智能化的，通过广泛应用节能新技术、新产品、新材料，采取行之有效的节能新措施，既节约了能源又减少了一笔可观的电费支出。

城市道路照明节能浅析

能源是我国发展国民经济、促进社会发展、人类赖以生存的条件之一。节约能源，可持续发展足当前我国的一个霞要困策。本文主要结合多年来的城市照明工作实践，对城市照I『』j111I，f勺主要1，能措施进行一点初步分析和探讨，与大家共商。

道路照明灯具的设计与节能探讨

本文主要阐述城市道路照明灯具的设计如何与“节能”有机地联系在一起，按照灯具的配光原理，使光的输出有较高的维持率和维护系数，使受照路面获得更高的光利用率来在这到节能的效果。

对城市照明几种节能方式的探析

城市照明系统是城市公共设施的重要组成部分，已经成为一个城市现代化水平的重要标志。随着经济社会发展和人民生活水平的提高，人们对城市绿色照明提出了更高的要求，笔者结合工作的实践经验，认为应着力于高效节能光源、灯具的选用、合理控制管理、加强日常运行维护，节约能源要从点滴做起，实行长效管理，才能真正把节约用电J：作落实钊实处。

浅议公园景观照明设计的设想

本文主要探讨公园景观照明设计，如何针对公园的地理位置和功能特性选择照明方式，运用各种光源色彩营造夜景效果，以及如何优化照明控制达到既节约用电又能合理控制灯光环境的设计理念的设想。

新型LED的开发动向

美国Lumileds照明公司是Luxeon系列LED的生产商，现结合该公司产品的开发成果介绍LED的发展动向。

LED显示屏简易故障排除及维修方法

随着LED （发光二极管）技术的发展,LED显示屏因具有尺寸大、视角广、亮度高和色彩艳丽等特点,在单色标识和全彩显示方面得到了广泛的应用。目前,我矿主要应用LED显示屏的地点有工会会议室条幅显示、硐口安全标语提醒,以及930、706、690、554井下候车硐室违章曝光等。这些LED显示屏时常会出现小故障,因而我们有必要学会LED显示屏简易故障排除及维修方法。

Passive Matrix Organic Electroluminescent Display for 3G Cellular Phone

The major features of the display technologies for 3G cellular phone are reviewed. The comparison between their potential candidates for 3G cellular phone is given, and a detailed discussion is made on passive matrix organic electroluminescent display technology. A novel method to improve display contrast ratio is presented. Finally several 3G phone set prototypes with OLED display panels are given as well as the market forecast.

Design and Implementation on the Wind and Light Complementary LED Lighting Controller based on Novel Base Board Packaging Technology

In this paper, we conduct theoretical research on design and implementation on wind and light complementary LED lighting controller based on the novel base board packaging technology. LED, as a kind of device can convert electric power into visible light directly the homomorphism of semiconductor devices, with high efficiency and small energy consumption, good light quality, use safety, long service life, green environmental protection, flexible control as this is common lamps and lanterns is incomparable advantage. Therefore, it is considered to be 21 century of a new generation of lighting source. Based on the superiority of LED, it is widely applied in many fields of lighting. To enhance the traditional solar based pure LED system, we enhance it with the combination of the wind power and the optimized controller that holds specific meaning.

Preliminary Design of Compact FEL Terahertz Radiation Source

A new type of compact terahertz (THz) radiation source using free electron laser (FEL) is discussed in this paper.The concept machine consists of an independently tunable cell thermionic RF gun (ITC-RF Gun),an accelerating structure with symmetry RF-incoupler and a coaxial load RF-outcoupler,an undulator combined with an optical resonance cavity of hole-coupling mode.Withoutα-magnet and other bunch compressors,the size of this machine is decreased.The conceptual design and numerical simulation are presented.

Designing excellent mid-infrared nonlinear optical materials with fluorooxo-functional group of d^0 transition metal oxyfluorides

Exploration of new infrared(IR) nonlinear optical(NLO) materials is still in urgency owing to the indispensable roles in optoelectronic devices, resource exploration, and long-distance laser communication. The formidable challenge is to balance the contradiction between wide band gaps and large second harmonic generation(SHG) effects in IR NLO materials. In the present work, we proposed new kinds of NLO active units, d^0 transition metal fluorooxofunctional groups for designing mid-IR NLO materials. By studying a series of d^0 transition metal oxyfluorides(TMOFs),the influences of fluorooxo-functional groups with different d^0 configuration cations on the band gap and SHG responses were explored. The results reveal that the fluorooxo-functional groups with different d^0 configuration cations can enlarge band gaps in mid-IR NLO materials. The first-principles calculations demonstrate that the nine alkali/alkaline earth metals d^0 TMOFs exhibit wide band gaps(all the band gaps >3.0 e V), large birefringence Δn(> 0.07), and two W/Mo TMOFs also exhibit large SHG responses. Moreover, by comparing with other fluorooxo-functional groups, it is found that introducing fluorine into building units is an effective way to enhance optical performance. These d^0 TMOFs with superior fluorooxo-functional groups represent a new exploration family of the mid-IR region, which sheds light on the design of mid-IR NLO materials possessing large band gap.

Generation of ultra-wide and flat optical frequency comb based on electro-absorption modulator and frequency modulator

An ultra-wide and flat optical frequency comb(OFC) generation scheme using multiple continuous wave(CW) light sources based on electro-absorption modulator(EAM) and frequency modulator(FM) is proposed. In the scheme, each CW light source is broadened and modulated by the first EAM and FM, respectively. The second EAM is introduced to flatten the ultra-wide OFC lines. By setting the wavelength spacing of light sources equal to the bandwidth of sub-OFC, an ultra-wide OFC can be obtained. Principle analysis and simulation for the scheme are performed. The results show that in the case of a single light source, a tunable and flat OFC is obtained. With the increase of light sources, the bandwidth of the generated ultra-wide OFC expands rapidly. In the case of 28 light sources, a 22 GHz ultra-wide OFC with bandwidth of 16.52 THz can be generated.

Transformer Partial Discharge Monitoring Based on Optical Fiber Sensing

The power transformer is the most important equipment of the high voltage power grid, however, some traditional methods of online partial discharge monitoring have some limitations. Based on many advantages of the optical fiber sensing technology, we have done some research on fiber optics Fabry-Perot （FP） sensing which can be useful for the transformer on online partial discharge monitoring. This research aimed at improving the reliability of power system safety monitoring. We have done some work as follows： designing a set for fiber optics FP sensor preparation, according to the fabrication procedure strictly making out the sensors, building a reasonable signal demodulation system for fiber optics FP sensing, doing a preliminary analysis about online partial discharge signal monitoring, including the research on different discharge intensities with the same measuring distance and different measuring distances with the same discharge intensity, and then making a detailed analysis of the experimental results.