辐照技术

  • 网络irradiation
辐照技术辐照技术
  1. 食品辐照技术利用的辐照源包括γ射线、电子束和X射线。

    Radiation sources of food irradiation technology include γ - ray , electron beam and X - ray .

  2. 采用大功率CO2激光辐照技术,进行Ta2O5陶瓷介电性能的改性研究。

    Improving the dielectric properties of Ta_2O_5 ceramics by CO_2 laser irradiation was investigated .

  3. 食品辐照技术中使用的丙氨酸ESR剂量测量方法的研究ESR测量条件的选定

    Studies of the alanine / esr dosimetric method used in the technique of food irradiation-selection of the conditions for ESR measurement

  4. 本文主要研究了星载TR组件结构设计,热控技术和抗辐照技术三个方面的内容。

    This article mainly studies three aspects which are the structure design of space-borne TR module , heat control and anti-irradiation technology .

  5. 研究了超声辐照技术去除模拟废水中的邻二氯苯的效果和影响因素,包括超声电功率、初始浓度、溶液初始pH值、空气曝气以及自由基抑制剂等;

    The mechanism of ultrasonic irradiation degradation of ortho-chlorobenzene in aqueous solution and factors that influence the reaction including ultrasonic electronic power , initial concentration , initial pH , air aeration and free radical scavengers were studied .

  6. 综述了EMS化学诱变技术、离子束注入技术、激光辐照技术和空间诱变技术的诱变机理、生物学效应及其在植物育种中的应用。

    The review summarizes mutation mechanism and biological effects of chemical mutation of EMS , Ion implantation , Laser radiation and Space mutation and their applications in plant breeding .

  7. 目前辐射源主要是60Coγ射线,电子加速器辐照技术应用很少。

    Now the irradiation source is usually the 60Co γ - ray , the electron beam was seldom used . In the paper , the electron beam irradiation effect of polymer was studied .

  8. 食品辐照技术应用的现状及前景

    The application of food irradiation technology & current status and Prospects

  9. 食品辐照技术与食品质量安全

    Food Irradiation Technology and Its Application in Improving Food Quality Safety

  10. 用辐照技术保障预制食品的安全与质量

    Ensurance of hygienic safety and quality on prepared meal by irradiation

  11. 采用高能电子束辐照技术制造高反压大功率开关晶体管

    Production of high-tension high-power switch transistors by high energy electron irradiation

  12. 应用电子辐照技术控制功率开关晶体管少子寿命的研究

    Minority Carrier Lifetime Control by Electron Irradiation for Power Switching Transistors

  13. 电子辐照技术在材料改性方面具有广泛的应用。

    Electron irradiation is widely used in the material modifying field .

  14. 电子束辐照技术在聚乙烯材料加工改性中的应用

    The Application of Electron Beam Radiation Technology to PE Processing and Modification

  15. 12MeV电子辐照技术在半导体器件中的应用

    An Application of 12 MeV Electron Irradiation in Semiconductor Devices

  16. 用辐照技术处理高粘度聚乙烯醇缩丁醛树脂生产磷化底漆

    Production of etching primer by using radiation-treated high viscosity polyvinyl butyral resin

  17. 微波辐照技术在活性炭脱硫中的应用

    Application of microwave technology in desulfurization of flue gas by activated carbon

  18. 中子辐照技术在鲍育苗中的应用

    A study on neutron irradiation technology applied to abalone breeding

  19. 食品辐照技术已成为有效保障食品安全的一项绿色加工技术。

    Food irradiation is an effective technology for food safety without any pollution .

  20. 微波辐照技术在聚合物合成方面的研究及发展

    Study on the Microwave Irradiation Technology Applied in Synthesizing Polymer and Its Development

  21. 食品辐照技术的特性及在肉制品中的应用研究

    The Specific Property of Food Irradiation Technology and Its Application in Meat Products

  22. 质子辐照技术在软恢复二极管中的应用

    Application of proton irradiation technology to soft recovery diode

  23. 应用热中子辐照技术选育黑色种皮稻米的研究

    Selection and breeding of the rice in black seed coat radiated by THERMONEUTRON

  24. 利用粒子辐照技术实现碳纳米管向金刚石的转变

    Transformation of carbon nanotubes to diamond by particle irradiation

  25. 辐照技术在粮食储藏中的应用

    Application of electron beam irradiation technology to grain storage

  26. 应用γ-射线辐照技术制备纳米厚度片状银粉的研究(英文)

    The Preparation of Nano-thickness Flake Silver Powders Using γ - irradiation Technique ;

  27. 利用辐照技术保障食品安全的研究

    Ensure Food Safety by Means of Radiation Technique

  28. 阐述了核辐照技术在宝石学中的应用原理和方法。

    The application principles and methods are demonstrated of nuclear radiation technique in gemmology .

  29. 污染土壤的微波辐照技术研究进展

    Advance of contaminated soil treatment research with microwave

  30. 报道了采用γ线辐照技术保藏莲子的试验结果。

    The preservation test results of lotus seeds by gamma-ray irradiation technique are introduced .