active filler

英 [ˈæktɪv ˈfɪlə(r)] 美 [ˈæktɪv ˈfɪlər]

活性填料,活性填充剂

化学



双语例句

  1. Wettability and microstructure of multicomponent Cu-based active filler metal on c-BN
    多元铜基活性钎料对c-BN的润湿性与微观组织
  2. A Study on the Active Brazing of AlN to W-Cu Alloy with Ag-Ti_4 Active Filler Alloy
    Ag-Ti4活性钎料钎焊AlN与W-Cu合金研究
  3. Research and Application of Active Filler Addition Gneiss Asphalt Concrete on Daqing-Guangzhou Highway North of Hubei Province
    掺活性矿粉片麻岩沥青混凝土在湖北大广北高速公路的应用
  4. High temperature welding experiment for high strength graphite by using Ti+ Cr as active filler was carried out.
    用Ti+Cr活性钎料对高强石墨进行了高温钎焊试验。
  5. In order to produce new generation monolayer brazing CBN ( cubic boron nitride) grinding wheels an active filler alloys ( Ag-Cu-Ti) were tested in vacuum furnace.
    利用Ag-Cu-Ti活性钎料在真空炉中钎焊,制备了单层钎焊CBN(立方氮化硼)磨料砂轮。
  6. After surface modica-tion, it is transfered into active illite filler.
    再经表面改性,得到活性伊利石粉。
  7. The result showed that the types of active filler affected the tear strength of fluorosilicone rubber at the various rubber-metal interfaces;
    结果表明,补强剂的种类对氟硅橡胶与各类金属粘接的扯离强度有一定的影响;
  8. Application of Grinding Aids Active Filler in Resin Thin Slice Grinding Wheel
    助磨活性填料Al2(SO4)3·18H2O在树脂薄片砂轮中的应用
  9. Monolayer diamond grinding wheel Manufactured by brazing diamond grit to steel substrate of grinding wheel with active brazing filler mental has distinct advantages over traditional electroplated monolayer diamond grinding wheel.
    概述了用活性钎料将金刚石磨料钎焊到钢基体表面制作单层金刚石砂轮,比传统的单层电镀金刚石砂轮具有明显的工艺优势。
  10. Properties of Vacuum Brazed si_3n_4/ steel joint using active brazing filler metal
    活性钎料真空钎焊Si3N4/钢接头性能的研究
  11. Study on R-PVC Modified with Active Filler and CPE
    CPE与活性无机填料并用改性硬PVC制品的研究
  12. The Application of RTV Silicone Rubber Adhesive Modified by Active Filler
    活性填料改性硅橡胶胶粘剂及其应用
  13. Reserch on Plastic High-temperature Active Filler Metals
    塑性高温活性钎料的研究
  14. Study on Preparation and Brazing Diamond Film of Active Coated Brazing Filler Metal
    活性涂层钎料的制备及其钎焊金刚石膜的研究
  15. Application of active filler in preparation of fiber reinforced ceramic matrix composites by polymer-infiltration-pyrolysis ⅰ. densification models
    活性填料在先驱体转化法纤维增强陶瓷基复合材料中的应用Ⅰ.复合材料的致密化模型
  16. Influence of active filler on the properties of polycarbosilane-derived ceramics
    活性填料对聚碳硅烷裂解陶瓷性能的影响
  17. The Preparation of Active Wollastonite Filler and Its Application to Cable PVC Compound
    活化硅灰石粉新型填料的研制以及在PVC电缆料上的应用
  18. Using technology of magnetron sputtering in vacuum, we prepared the active coated brazing filler metal: Ti was sputtered onto the Ag-Cu alloy foil under proper sputtering voltage, sputtering current and sputtering time.
    活性涂层钎料是运用真空磁控溅射镀膜技术,在一定的溅射电压、溅射电流和溅射时间条件下,在Ag-Cu钎料箔片表面溅射活性元素Ti。
  19. Modification of active sludge process by adding hydrophilic suspending plastic filler
    活性污泥法污水处理应用亲水性填料实验研究
  20. Heating temperature, holding time and the composition of Ti in the active filler alloys effect the microstructure physical model of the joint between CVD diamond thick film and cemented carbide.
    钎焊加热温度、保温时间、钎料层的含Ti量对CVD金刚石厚膜与硬质合金的接头结构模型有重要影响。
  21. The Vacuum Brazing of Carbon/ Carbon Composites Using Silver-based Active Filler Metal
    采用银基活性钎料钎焊碳/碳复合材料
  22. Active brazing filler metal Ag Cu Ti and Cu Ti were chosen to braze directly cerment and stainless steel.
    选用活性钎料AgCuTi或CuTi对陶瓷与不锈钢进行直接钎接。
  23. Brazing of si_3n_4 ceramic using rapidly solidified Al-based active filler metals
    用急冷Al基活性钎料钎焊Si3N4陶瓷的研究
  24. Diamond grain brazing with active filler metals was a new method of manufacturing diamond tools.
    利用活性钎料钎焊金刚石磨粒是一种新的金刚石工具的制造方法。
  25. Study was made of the performance Oriented coloured self levelling new epoxy floor coating prepared with new type TEG 99 epoxy resin. Effects of different components such as active epoxy diluent, alicyclic amine hardener and filler on coating properties were discussed.
    研究了用新型TEG99环氧树脂配制性能优良的彩色自流平新型环氧地坪涂料,讨论了活性环氧稀释剂、脂环胺固化剂、填料等各组分对涂料性能的影响。
  26. Analysis believe that the active element of Cr in the filler occurred chemical and metallurgical reactions with the C atom from the surface layer of diamond, and the metal carbide on the surface of diamond is the root cause of stronger bonder between filler and diamond.
    分析认为,钎料中的活性元素Cr元素与金刚石表层C原子发生了化学冶金反应,金刚石表面形成的金属碳化物是钎焊法提高包镶金刚石能力的根本原因。