mcps

  • 网络微通道板;码片速率;兆赫;微软认证产品专家;环丙烷类化合物
mcpsmcps
  1. Study on Dechlorination in D_4 / MCPS Reaction System by Base Catalyst

    碱性条件下D4/MCPS反应体系中脱氯反应的研究

  2. Moreover , to decrease the very high resistivity of the Si MCPs , boron doping was introduced in different doping time .

    此外,有鉴于硅微通道具有非常高的电阻率,利用硼扩散技术对其进行了不同浓度的掺杂。

  3. The properties of the semiconductor glass microchannel plates ( MCPs ) are described and compared with traditional glass MCPs .

    介绍了半导体玻璃微通道板的主要性能,并与传统铅硅酸盐玻璃的相关性能进行了比较。

  4. With the rapid development of computer , measurement and control , database technology , MCPS in wind tunnel has gained more and more attentions for its applications .

    在日益发展的计算机技术、测控技术和数据库技术的推动下,风洞试验的测控处系统研制同以上技术的发展密切相关。

  5. The experimental results show that it is possible to develop a Si microchannel plates of higher gain and better gain uniformity compared with standard glass MCPs .

    实验结果表明,如果进一步改进制备工艺,硅微通道板可以实现较传统微通道板更高的增益和更好的增益均匀性。

  6. Existing Honeywell FCCs and MCPs cannot be reworked into the Rockwell Collins parts .

    现存的霍尼韦尔设备无法变为罗克韦尔部件。

  7. In this dissertation , we wish to report the studies on MCPs ' reactions with organic compounds containing phosphor , sulfur or selenium elements .

    本论文,将报导亚甲基环丙烷衍生物与含有磷、硫以及硒的元素有机化合物的反应。

  8. However , the failing technique of electrostatic film-posting has no effect on the active channel surface , such MCPs can be rejuvenated .

    静电贴膜方法制膜工艺的失败对MCP通道表面没有明显影响,MCP可回收利用。

  9. The University of Pittsburgh team used stem cells made from skin to make MCPs , a special kind of cell that acts as a precursor to cardiovascular tissue .

    匹兹堡大学的研究小组从来自皮肤的干细胞培养出MCPs,一种可以作为心血管组织驱动器的特殊细胞。

  10. The general quality control system was also setup and the CCPs or MCPs were raw material reception , blanching , pulp sterilization and beverage sterilization .

    为保证枇杷果肉饮料产品的质量与安全,建立了枇杷果肉饮料加工全程质量控制体系,确定了原料验收、热烫、原浆杀菌、饮料杀菌为关键控制点。

  11. Aiming at problems of the classic routing protocol , a multi-hop clustering protocol based on shiftwork for WSN ( MCPS ) is proposed and implemented .

    本文针对经典路由协议存在的问题和不足,提出并实现了基于轮班工作机制的WSN多跳聚类协议MCPS。

  12. It is found that the failing technique of cold basement sputtering causes the serious carbon contamination on the active channel surface of MCP , such MCPs cannot be rejuvenated .

    结果表明,冷基底溅射方法制膜工艺的失败对MCP造成了严重的碳污染,污染的MCP不可回收;

  13. The concepts of nuclear stopping power , electronic stopping power and average range were also introduced , the micrographs of unfilmed MCP and MCPs filmed with different thicknesses were shown .

    给出了三代微光像管中微通道板离子壁垒膜对入射正离子阻止作用的描述,引进了核阻止本领、电子阻止本领和平均射程的概念。

  14. MCPS has a new and more reasonable cluster head competition , furthermore , MCPS balance the load and reduce energy consumption by shift-work within the cluster and building routing tree in cluster heads after cluster generation .

    MCPS采用一种全新的簇首竞争机制用以进行更加合理的分簇,并在簇生成以后通过簇内轮班工作、簇首间构造路由树等策略,来均衡负载、降低能耗。

  15. In the present work , the density functional theory ( DFT ) is employed to study the mechanism of the asymmetrical annular-addition of methylenecyclopropanes ( MCPs ) with 1,3-dicarbonyl compound radicals .

    用密度泛函方法(DFT)研究了亚甲基环丙烷与1,3-双羰基化合物自由基不对称环加成反应的机理。

  16. In the past decades , mounting attention has been paid to the transition metal-or Lewis acid-catalyzed reactions of MCPs , which have been employed for the construction of complex and interesting organic molecules .

    近几十年来,大量文献报道了过渡金属及路易斯酸催化亚烃基环丙烷构建复杂结构分子的反应。

  17. The measurement indicated that the pore size and the thickness of the Si MCPs had influence on the thermoelectric properties while the decline angle of the channel direction from the perpendicular ( 7 °) did not have any impact .

    通过对其热电性能的表征,证明孔径大小,通道厚度对硅微通道板的热电性能存在影响,而通道与竖直方向的夹角(7°)则没有对它产生明显影响。

  18. Amorphous Al 2O 3 electron transmission film at the input of MCPs have been developed by using a new method combining the organic substrate technique with the cold basement sputtering . Some electric performance of filmed MCPs are measured before and after ultraviolet radiation cleaning .

    采用有机衬底掩膜技术和冷基底溅射相结合的方法在MCP输入面制备非晶态Al2O3电子透射膜,测量了带膜MCP紫外光辐照清洗前后的电学特性。