光子技术

概述了光子学及光子技术的产生、发展及其在科研、信息技术和经济发展中的应用。

This paper summarizes the development and application of photonics and photon technology in scientific research , information technology and economy .

对于电子技术类专业的教学，要培养具有创新能力的复合型人才，光子技术类课程应该融合到现有的专业课程体系中去。

For the teaching in electron technology specialties , it is necessary for photon technology courses to merge into present courses system in order to cultivate the compound type of future technicians with the abilities of making innovations .

非线性光学（Nonlinearoptics，NLO）作为非线性物理学和现代光学的重要分支，是光子技术的基础理论之一。

Nonlinear optics ( NLO ) is an important branch of nonlinear physics and modern optics , and is also one of basic theories of photonics .

激光光镊拉曼光谱（LasertweezersRamanspectroscopy，LTRS）技术是将激光光学囚禁技术和拉曼光谱技术相结合应用于悬浮细胞、生物大分子等进行研究的一种光子技术。

Laser tweezers Raman spectroscopy ( LTRS ) is a biological photonic technology that is the combination of optical trap technique with Raman spectroscopy and applied to study suspension cell .

全光模数转换利用光子技术实现对模拟电信号的采样及量化，可以在实现超高采样率的同时，得到高量化精度，是突破电子ADC瓶颈的有效手段。

All optical analog-to-digital conversion makes use of photonic technologies to sample and quantize the electrical analog signal , which has the potential to realize high sampling rate and high resolution at the same time . It is a promising technology to break through the bottleneck of electronic ADCs .

组织光学是医学光子技术的理论基础。

Tissue optics is the theoretical basis of medical photonics technology .

基于微波光子技术应用的光载无线系统研究

Researches of Radio-Over-Fiber System Based on Microwave Photonics Technologies Application

相控阵雷达系统天线前端的光子技术

Photonics technology of antenna front end in phased array radar

光子技术及光电子技术在未来电子战中的应用

Applications of Photonics and Photoelectronics in the Future Electronic Warfare

扼要介绍了光子学与光子技术的发展、光信息存储原理及不同类型光信息存储的物理机制；

The photonics and photon technique are stated briefly .

双光子技术在三维成像和三维存储技术中的应用

Application of two-photon excitation in three-dimensional imaging and storage

光子学与光子技术&光学科学技术的新阶段

Photonics and Photonics Technology & the New Progress of Optical Science and technology

强脉冲光子技术在美容外科应用概述

Application of intense pulse light on cosmetology

电子技术向光子技术的进化

The evolution from electronics to Photonics

很多在传统微波系统中很难实现的功能都可以利用微波光子技术来实现。

Microwave photonic technologies could even achieve many functions that are difficult for conventional microwave systems .

光子学和光子技术

Photonics and Photonic Technology

对影响双光子技术的应用和发展的相关领域的研究动态也进行了简要讨论。

Related fields that may have significant influence on the applications of these techniques are also discussed briefly .

目的：分析和评价强脉冲光子技术设计的美容治疗仪脱毛的疗效。

Objective To analyze and evaluate depilation therapeutic efficacy by aesthetic therapeutic instrument designed by strong pulse photon technique .

模拟光链路是微波光子学的重要组成部分，融合了微波技术和光子技术。

Analog Photonic Link ( APL ) is the essential part of Microwave Photonics , converging microwave and photonics technologies .

双光子技术在未来光电子集成、生物分子探测、医学诊断等领域具有巨大应用潜力和广阔应用前景。

Two photon excitation provides potential applications in optoelectronic integration , the detection of single biomolecules , and medical diagnosis .

外调制技术是一种典型的微波光子技术，非常适合产生低相位噪声的太赫兹波。

External modulation is a typical microwave photonic technology , with the unique advantage of producing low phase noise THz wave .

目前双光子技术已应用于高密度数据存储、单分子检测、医疗诊断以及三维精细加工等领域的研究和开发，取得了重要的成果。

At present , two-photon technique has been applied in high-density data storage , single-molecule detection , medical diagnosis , three-dimensional microfabrication and so on .

20世纪，传统光学迈向现代光学，光子学和光子技术破门而出。

In the 20th century , traditional optics was striding forward to the modern optics , and photonics and its technology forced open its doorway .

随着双光子技术的发展，双光子荧光显微镜在生命科学的研究中已经成为最重要的成像工具。

With the developments of technologies based on two-photon , two-photon fluorescence microscopy is becoming an essential imaging system in the research on life science .

因此，作者有理由相信基于医学光子技术的经络光学将开辟人体经络现象研究的一片新天地。

Therefore , we believe that " Meridian Optics " will exploit a new field for human meridian study by means of medical photonic techniques .

基于微波光子技术的宽带、可调谐微波／毫米波信号产生作为微波光子系统中的一项关键技术，近年来吸引了广泛关注。

As a key technique for microwave photonic system , generation of wideband and tunable microwave signal has attracted great interests in the past few years .

21世纪的信息技术将是以信息功能材料为基础的微电子、光电子和光子技术融合的高技术。

In the 21st century , information technology will be integration of high-tech like microelectronics , optoelectronics and photonics technology which based on the information functional materials .

演讲概述：早在光子技术这个词和概念被详细定义以前，光子技术就在宽带革命的热潮中起到举足轻重的作用。

Presentation summary : Photonics technology has played a pivotal role in fostering and enabling the Broadband Revolution even before the term and the concept were articulated .

微波光子技术是一门将微波学和光学融合在一起的全新的技术领域，微波光子学有许多应用。

Microwave photonics is a new technical field in which two kinds of technologies of microwave and photonics are integrated . Microwave photonics is expected to have many applications .

近年来，随着航天工业和核工业的发展，光子技术在通信领域的应用越来越受到重视。

In recent years , with the development of the aerospace industry and nuclear industry , the application of photonic technology is seriously considered for communication and monitoring fields .