技术爆炸

  • 网络Technology Explosion
技术爆炸技术爆炸
  1. 新技术爆炸式的增长,重要员工的流动性大大增强,以及电脑软件数量的激增,这些都使得商业秘密的保护日益重要。

    The explosive growth of new technology , the rapid turnover of key employees in the high-tech industry and the proliferation of computer software contribute to the increasing importance of protecting trade secrets .

  2. CT技术在爆炸物检测领域的应用

    Application of Computed Tomography in Explosives Detection

  3. 闪光X射线技术在爆炸过程中的成像应用

    Application of Flash Radiography on Explosion

  4. MEMS技术检测爆炸物的原理与研究进展

    Development of Explosive Detection with MEMS

  5. 本文阐述了CT技术检测爆炸物的基本原理,并结合当前的国际安全局势的现状,对其在爆炸物检测领域中的应用和发展现状作了详细介绍。

    The principles of the computed tomography are introduced in this paper , the applications and development of CT technologies in explosives detection are also explored .

  6. 此外,分析了LVD中心点火技术与爆炸网络点火技术的特点及应用前景。

    The characteristic and application prospect of the LVD central ignition technology and explosion network igniting technology were analyzed .

  7. 作为一种反坚固目标技术,爆炸成型弹丸(简称EFP)在末敏弹武器系统中发挥着重要的作用。

    As a kind of anti-solid target technology , the Explosively Formed Projectile ( EFP ) plays an important role in the terminal sensitive projectile weapon .

  8. 介绍了用DPIV技术对爆炸水雾粒度进行测量的原理、实验装置和实验方法。

    Secondly , it introduced the experiment principle and experiment equipments measuring the size of blasting water mist particle by DPIV technology .

  9. 随着最近七八年计算机的普及和IT技术的爆炸性发展,LIMS技术的发展也已日益成熟,LIMS也完全商品化。

    Seven to eight years with the recent popularity of computer and IT technology , explosive growth , LIMS technology has become more sophisticated , LIMS also fully commercialized .

  10. 该项目也获得了阿联酋政府以外的支持。世界野生动植物基金赞同Masdar城项目,阿布扎比更广泛的项目包括绿色技术和爆炸性的发展。

    The project is getting support from beyond the Emirate , the World Widelife Fund has endorsed Masdar city and Abu Dhabi 's wider project to include green technologies and its explosive growth .

  11. 测试仪器防护技术在爆炸环境中的仿真研究

    The Simulation Study on Protective Technology of Testing Instrument in the Explosion Environment

  12. 基于核电四极矩共振技术的爆炸物检测系统数据处理的一种谱分析算法

    A new data processing method of the explosive detection system based on nuclear quadrupole resonance

  13. 基于磁通压缩技术的爆炸磁频率发生器的参数选择

    Choice of parameters for explosive magnetic generator of frequency based on magnetic flux compression technology

  14. 本文介绍利用脉冲快热中子分析技术对爆炸物进行检测的基础研究。

    In this article , the fundamental research of detecting explosives using PulsedFast / Thermal Neutron Analysis is introduced to us .

  15. 本文通过多幅实验底片,阐述了高速摄影狭缝扫描技术在爆炸实验中的研究应用。

    Research and applications about the technique of streak record in the explosive test are summarized by some experimental negative in the paper .

  16. 随着互联网技术的爆炸式发展,在线交易渐渐成为日常生活中越来越受重视的商品交换方式。

    With the explosive growth of internet , on-line business starts to be an attracting and promising channel for property-exchange in our daily lives .

  17. 随着网络技术的爆炸式发展,网络技术已渗透到各行各业,成为人们工作、学习、生活以及娱乐不可或缺的工具和得力助手。

    With the rapid development of network , network technique has been applied to every walk of life and become the assistant for work , study , living and entertainment .

  18. 本文在分析其元件磨损机制的基础上,应用离子注入技术和爆炸喷涂技术对射流元件进行内表面处理,从而提高射流元件的使用寿命。

    This paper applies ion implantation and D - gun spraying technology to jet element inner surface treatment based on analysis for it 's abrasion mechanism , so as to improve operating life of jet element .

  19. 对光纤气体传感技术在爆炸和火灾环境中应用提出了以后的研究方向,系统集成化、智能化、网络化、微型化有待进一步深入研究。

    The research interests of optical fiber gas sensing technology used in the explosions and fire hazard atmospheres need to be put forward . System integration , intelligence , networking , miniaturization have to be advanced .

  20. 末敏弹是把先进的敏感器技术和爆炸成形弹丸技术应用到子母弹领域中的一种新型弹药,在摧毁装甲目标方面有很高效费比,世界上不少国家都优先发展这个弹种。

    It is one kind of cluster ammunition that combined with advanced sensor technology and EFP technology , and it has high cost-effective in destroying armored targets . Nowadays , many countries in the world give priority to develop this kind of ammunition .

  21. MEMS技术检测痕量爆炸物微粒的原理与实验方法研究

    Research on principle and experiments of trace explosive particle detection with MEMS

  22. 以上是本文所做的主要工作,在建立了爆炸效果的物理模型和粒子系统理论相结合的方法基础上,利用了OpenGL中的色彩融合技术对陨石爆炸和烟花爆炸效果模拟取得了一定的成果。

    We combine building a physical model of explosion effects with the particle system theory , and produce some simulation results of meteorite explosions and fireworks based on the use of the color fusion technology in OpenGL .

  23. 数值模拟技术可以指导爆炸成型弹丸战斗部的设计和分析,有助于研究EFP形成过程的研究,对进一步展开聚能装药的理论研究也具有一定的指导作用。

    The technology of numerical simulation is able to involve in design and analysis of EFP warhead . It would help to give useful insight into the unobservable part of the EFP formation process and validate the theory investigation of shaped charge .

  24. 面向对象技术在核爆炸次声探测中的应用

    Application of the Object Oriented Technology to the Infrasound Detection of Nuclear

  25. 红外测温技术用于地下爆炸试验监测

    The underground explosion test inspection by infrared sensing technology

  26. 爆炸性气体环境用柴油内燃机防爆技术探讨GB12662-1990爆炸物销毁器技术条件

    Discussion on Explosion-proof Technology of the Diesel Internal Combustion Engine in Explosive Gas Environment

  27. 阐述了快速凝固技术、电爆炸高速喷涂原理。

    Rapid solidification technology and the principle of electric explosion are described in this paper .

  28. 激光多普勒位移测量技术及其在爆炸容器径向变形测量中的应用

    Technology of Laser Doppler displacement Measurement and It 's Application on Radial Deformation of Explosion Containment Vessel

  29. 本文利用研制的光谱技术,在爆炸激波管中成功地研究了硝基甲烷和氧混合物快速反应波传播的微观特性。

    The micro-behaviours of high speed reaction wave propagation for the mixture of nitromethane and oxygen in explosion shock tube are successfully studied by means of spectro-techniques developed by us .

  30. 我国正处在改革开放的大好时期,加之迅速发展的信息技术和信息爆炸的推波助澜,以信息处理和信息服务为社会使命的图书馆正经历着一个史无前例的变革期。

    Our country is just in the best time of reform and opening up , with the swift improvement of the Information Technology and the spreading information explosion , the libraries which keep the information handling and service as a social mission is experiencing with an unparalleled revolutionary period .