烧结体的英文

• cake mass
• ferrite magnet
• sintered body
• sintered compact
• sintering body

• 烧结    firing; fritting; cementatio ...
• 体    body; part of the body
• 层状烧结体    composite sintered compact
• 多层烧结体    composite sintered compact
• 金刚石烧结体    diamond compact
• 烧结体刀具适用于加工高硬度钢    cbn
• 固结体    cumulate; induration
• 集结体    coenobium
• 连结体    connecting unit; interlocking matrix; union body
• 凝结体    concrement; concretion
• 粘结体    coherent body; cohesive body
• 烧结    firing; fritting; cementation; clotting; agglomeration; agglutination; [冶金学] sintering; nodulize; sinter-roasting◇烧结厂 ore-sintering plant; 烧结成型 sinter molding; 烧结锻造 sintering forging; 烧结法 sintering process; 烧结工序 sintering circuit; 烧结机 sintering machine; 烧结剂 agglutinant; 烧结料 sintering feed; 烧结裂纹 sintering crack; 烧结炉 fritting furnace; welding furnace; 烧结设备 agglomerating plant; 烧结铸石 sintering glass-ceramics; 烧结砖 baked brick
• 包晶共结体    peritectoeutectic
• 杆连结体    bar connector
• 共结体系    eutectic system
• 硅胶结体系    silicalock system
• 滑动连结体    slip joint connection
• 回转连结体    swivelbutt
• 连接体 连结体    unionbody
• 水汽凝结体    hydrometeor
• 烟尘凝结体    lithometeors
• 正常单结体    normal single crystal
• 黏粒集结体    clay domains
• 结体联合作用    coalitive joint action
• 尿道腺凝结体    urethral gland concretion

• Design of diffusing self - lubricating and wear - resisting ceramic sinter
  扩散自润滑金属陶瓷耐磨烧结体的设计
• Researches and applications of compound diamond core bit with sintered body
  混合型金刚石烧结体取心钻头的研制及应用
• The sintered temperature was one of key parameters to the relative density and grain size
  烧结温度是决定烧结体致密度高低的主要因素。
• Abnormal grain growth and its countermeasure in sintering of fine grained polycrystalline diamond compacts
  细粒度金刚石烧结体中异常粒成长及其对策
• The results show that the grain size of cosb3 grows with increasing sintering temperature or sintering time
  结果表明：随着烧结温度的增加和烧结时间的延长，烧结体的晶粒有明显长大。
• Low heating rate and high sintered pressure were profitably for reducing the rate of pore so as to increase the relative density of sintered body
  低的升温速率和高的烧结压力有利于气孔的排出，降低气孔率，从而提高烧结体的致密度。
• 5 percent additional between the mo - cu sinter with ni nh4cl activator and the mo - cu sinter without n nh4cl activator , and the ni activator had the better influence than the nh1
  添加活化剂的mo - cu烧结体比未加活化剂的烧结体相对密度一般高0 . 5 1 . 5个百分点。
• At 1600 , 1650 , 1700 sintering temperature with carbon nanotubes , the mechanical properties were decreased as the increase content of the carbon nanotubes
  而当添加碳纳米管时，在烧结温度为1600 、 1650和1700时，烧结体的力学性能均随着碳纳米管含量的增加而降低。
• For the powder milled to amorphous state , because of its very fine structure , it is easy to occur phase transformation and has good size stability when sintered
  研磨到非晶态的粉末由于元素达到原子尺度混合，大大缩短了扩散距离，不仅易于发生固态相变，而且烧结体尺寸稳定性好。
• A series of ultra - fine , homogeneous powders and density pellets were synthesized , li3 . 4si0 . 4v0 . 6o4 as the matrix and the lithium salt and other oxides as the second phase
  O 。固溶体为基质，以不同种类的氧化物或理盐为第二相，合成了一系列复合理离子导体的超细粉体和均匀、致密的烧结体。

• 烧结体的日语：せいけいたい しょうけつたい