烧成

shāo chéng
  • firing;sintering
烧成烧成
烧成[shāo chéng]
  1. 一次烧成Cd(S,Se)大红釉的研究

    Research on Once Sintering Sulphide Selenide Cadmium Base Red Glaze

  2. 介绍了空气中烧成的Ni电极浆料的制备。

    The preparation of the paste for Ni electrodes prepared by sintering in atmosphere is presented .

  3. 卫星重新进入大气层,烧成灰烬。

    The satellite re-entered the atmosphere and burned up

  4. 他下令将他们的村庄烧成灰烬。

    He ordered their villages burned to ashes .

  5. 在最近的这场火灾中有几座大楼被烧成了平地?

    How many buildings were burnt to the ground in the late fire ?

  6. 房子被烧成了灰烬。

    The house was burnt down to ashes .

  7. 好了,现在跟我谈谈吧,自从你们这些聪明人不知拿我怎么办,只好把我烧成一堆灰烬以来,都发生过什么事情?

    Now tell me what has happened since you wise men knew no better than to make a heap of cinders of me ?

  8. 砖和陶器都是在窑中烧成的

    Bricks and earthware articles are baked in kilns .

  9. 砖是在窑里烧成的。

    Bricks are baked in a kiln .

  10. 不死鸟被烧成了灰,但是,一只小鸟又从灰里站了起来。

    The bird was burnt to ashes3 , but a young bird stood up from the ashes .

  11. 烧成系统NOx的形成及排放控制技术介绍

    NO_x Formation and Emission Control Technology in the Coal Burning System

  12. 陶瓷烧成炉的神经元PID控制

    PID Neuron Control for Ceramics Burn Stove

  13. PZT陶瓷在850°C温度下烧成,密度可达理论值98%。

    The density of obtained PZT ceramics is 98 percentage of the theoretical value .

  14. Q相-CA-C(12)A7高铝水泥烧成的正交试验研究

    Orthogonal Test of Sintering Conditions of Q Phase-CA-C_ ( 12 ) A_7 High Alumina Cement

  15. 烧成温度对SiC多孔陶瓷的影响

    Influence of Sintering Temperature on Porous SiC Ceramics

  16. 金属Zn粉对烧成Al2O3-C材料性能和显微结构的影响

    Effect of Zn Powder on Properties and Microstructure of Sintered Al_2O_3-C Materials

  17. 结果表明,加入适量的H3BO3或H3PO4有助于试样的烧结,随着烧成温度的提高,加入物可抑制石英玻璃的析晶。

    The results indicated that the additives H_3BO_3 and H_3PO_4 promoted the sintering of quartz , but inhibited the crystallization of quartz glass .

  18. 在工业回转窑正常煅烧温度下烧成了C3S含量达70.71%的熟料。

    In industrial rotary kiln , a clinker was produced in which the content of tricalcium silicate is 70.71 % under normal calcining temperature .

  19. 含C1矿化物的多元复合矿化剂的烧成工艺

    Burning process using multi-component compound mineralizer containing Cl

  20. 烧成温度和ZrO2含量对镁锆制品烧结性能的影响

    Influence of firing temperature and ZrO_2 content on sintering property of MgO-ZrO_2 refractories

  21. MnO2对水泥熟料矿物烧成及组分的影响

    Influence of MnO_2 on Cement Clinker Firing and Components

  22. 通过实验,证明了氧化焰烧成铝质高强电瓷是可行的,并通过XRD、SEM等手段对电瓷的显微结构进行了分析。

    The feasibility of firing high-strength aluminous electric porcelain in oxidizing atmosphere is proved by experiments , and the microstructure of porcelain is investigated by XRD and SEM .

  23. TTT分析在陶瓷烧成质量控制中的研究和应用

    Research and Application of TTT Analysis on Quality Control of Ceramic Firing

  24. 960℃以下烧成的试样,结构致密,超导晶粒细小而不规则,Ag的分布较均匀;

    Samples sintered at temperature below 960 ℃ were dense , with small and irregular grains , and the Ag particles in the samples were homogeneously distributed .

  25. 本文总结了MgO-SiO2-Al2O3系的高镁瓷配方、增塑及烧成工艺特性的研究过程与应用结果;

    The paper summerizes the research and application of the formula , preform body plasticization and firing of MgO - SiO2-Al2O3 high magnesium ceramics .

  26. 由此得到的添加剂氧化物复合粉体与ZnO混合烧成所得压敏电阻片的电位梯度约(2郾1~2郾6)kV/cm和能量耐受能力提高近1倍的优异性能。

    The varistor fabricated with such synthetic additive powder mixed with ZnO has electric stress ranging from ( 2.1 ~ 2.6 ) kV / cm and double-energy withstand capacity .

  27. 研究了红柱石骨料的莫来石化作用及添加剂SiC的加入量、合成莫来石的引入和烧成温度对莫来石-堇青石窑具材料性能及显微结构的影响。

    The effects of mullitization of andalusite aggregate , additions of SiC and synthesized mullite and the firing temperature on property and microstructure of mullite-cordierite kiln furniture were studied .

  28. 本文分别用快速烧成工艺和放电等离子体烧结技术对添加适当添加剂的TiO2和Al2O3粉体混合物进行烧结。

    In this paper , the mixture of TiO2 and Al2O3 powders with appropriate additives was sintered by fast-speed firing process and SPS techniques , respectively .

  29. 烧成温度对SnO2基导电陶瓷结构和电性能影响的研究

    Study of Influence of Firing Temperature on the Structure and Electrical Properties of Tin Oxide Conductive Ceramic

  30. 对硅酸二钙(Ca2SiO4简写为C2S)掺杂,可以影响它的微观结构、多晶转变、烧成速度等。

    Adding impurities to β - C2S can affect its microstructure , polycrystalline transfer and rate of firing reaction . Being hard dry powder .