硼硅玻璃

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硼硅玻璃硼硅玻璃
  1. 含B的硅化物由于形成保护性的硼硅玻璃而具有很好的抗氧化性。

    Silicide dopped with boron element has better oxidation resistance property due to the protective film of borosilicate glass .

  2. 碳化硅纤维强化7740硼硅玻璃和LAS玻璃陶瓷复合材料显微结构和热暴露后界面特征

    The microstructure and heat-exposed interface characteristics of SiC fibre reinforced 7740 borosilicate glass and Las glass-ceramics

  3. ZnS:Mn~(2+)纳米晶与钠硼硅玻璃复合体中的g因子漂移

    The g Factor shift in ZnS : Mn 2 + Nanoparticles and Pyrex Glasses Composites

  4. 用Raman光谱研究P2O5和M0O3对钠硼硅玻璃结构的影响

    By Means of Raman spectrum investigating Sodium Borosilicate glass Structure Influenced by P_2O_5 anb M_0O_3

  5. 高硼硅玻璃表面化学镀Ni-P合金研究

    Study on Electroless Ni-P Alloy Plating on Pyrex Glass

  6. 单片集成MEMS中的阳极键合工艺硼硅玻璃与Kovar合金阳极键合机理分析

    Anodic Bonding for Monolithically Integrated MEMS Mechanisms of anodic bonding between borosilicate glass and Kovar alloy

  7. 全套玻璃仪器采用GG17高硼硅玻璃生产,有良好的化学、物理性能。

    It is made out of GG17 Borosilicate glass with good chemical and physical properties .

  8. 最后,该气凝胶在氮气(N2)气氛中从450℃以10℃/小时的升温速率升温至600℃并保温10小时,此时,获得含金属铋(metallicBi)量子点钠硼硅玻璃。

    Finally , the aerogel is heated in nitrogen ( N2 ) atmosphere at a rate of 10 ℃ / hr up to 600 ℃, and kept 10 hr at this temperature . The sodium borosilicate glass containing metallic Bi quantum dots will be obtained .

  9. 介绍一种适于PYREX型玻璃如95料、GG-17号料等低碱高硼硅玻璃蒙砂的玻璃蒙砂粉的研究。

    The studies on frosting powder for PYREX type glass which is a kind of low alkali and high borosilicate glass such as 95 tpye glass , GG-17 type glass etc. are introduced in this article .

  10. 通过两种规格的样品进行不同中子注量的辐照考验,证明国产GG-17硼硅玻璃取代~(10)B不锈钢用作秦山核电站可燃毒物是安全、经济、合理的。

    Two type glass samples have been irradiated with different levels of neutron flux . It proved that the GG-17 borosilicate glass can be used as burnable poison to replace the 10B stainless steel in the Qin Shan Nuclear Power Plant , and it is safe , economical and reasonable .

  11. 硼硅玻璃电熔炉设计和调试过程的体会

    Design and Test Run of Electric Melting Furnace for Borosilicate Glass

  12. 钠硼硅玻璃分相的研究

    Study on Phase Separation in Na_2O · B_2O_3 · SiO_2 Glass

  13. 具有宽带红外发射的掺铒硼硅玻璃的研究

    The Study on the Erbium-doped Borosilicate Glasses Exhibiting Broadband Infrared Emission

  14. 电位滴定法测定硼硅玻璃中的硼和计算机在数据处理中的应用

    Determination of boron in borosilicate glasses by potentiometric TITRATION-DATA processing with computer

  15. 硼硅玻璃与硅阳极键合界面形成机理分析

    The mechanisms of anodic bonding between borosilicate glass and silicon

  16. 生产高硼硅玻璃的电助熔窑炉系统

    Electric Boosting System in Melting Furnace for High Borosilicate Glass

  17. 低碱高硼硅玻璃蒙砂粉的研究

    The Studies on Frosting Powder for Low Alkali and High Borosilicate Glass

  18. 我可以用硼硅玻璃来做。

    I could make this out of borosilicate glass .

  19. 高技术硼硅玻璃的熔化工艺及窑炉特点

    Technical procedure of Melting Silicon - Boron Glass by Hi-Tech and Its Furnace Characteristic

  20. 高硼硅玻璃的复合澄清剂研究

    Investigation on compound refining agent of borosilicate glass

  21. 锗-硼硅玻璃局部加热低温封接温度场研究(玻璃温度计的)感温泡

    On the Temperature Distribution in Localized Heating for Low Temperature Sealing of Germanium-Borosilicate Glass

  22. 硬质硼硅玻璃,耐热玻璃壳聚糖&二氧化硅凝胶复合物对甲基橙的吸附研究

    Hard borosilicate glass adsorption properties of methyl orange onto chitosan / silicon dioxide gel

  23. 通过增加体系中钙铝硼硅玻璃的质量分数,最终实现了材料在900℃下充分致密化。

    The material achieved densification at 900 ℃ by increasing the amount of CAS glass .

  24. 采用体积比为1:1的钙铝硅玻璃和铅硼硅玻璃作为复合无机粘结相,最佳烧结温度在865℃;

    When the volume ratio is 1:1 , the best sintering temperature is 865 ℃ .

  25. 硼硅玻璃可燃毒物的辐照试验

    Irradiation test of borosilicate glass burnable poison

  26. 高硼硅玻璃太阳能管环切显微结构分析

    Microstructure Analysis on the Cyclic Glass Cut out of Solar Heat Tube of Pyrex Glass

  27. 硼硅玻璃管道的应用

    Application of Borosilicate Glass Piping

  28. 硼硅玻璃管空气预热器

    Borosilicate glass tube air preheater

  29. 在氦对所用硼硅玻璃渗透13.5年实验的基础上,考虑了渗氦对集热管真空度的影响。

    On the basis of the experiments on helium permeated through the borosilicate glass tube for 13.5 years .

  30. 应用扫描电镜、红外光谱等方法研究了钠硼硅玻璃分相过程中玻璃结构的变化。

    By using SEM and IR , the structure change in the process of phase separation was studied .