固相烧结的英文

• solid phase sintering
• solid state sintering
• solid-phase sintering

• "烧结"英文翻译    firing; fritting; cementatio ...
• "单相烧结" 英文翻译 :    homogeneous sintering
• "多相烧结" 英文翻译 :    heterogeneous sintering
• "兰州相烧结" 英文翻译 :    pack sintering; packsintering
• "气相烧结" 英文翻译 :    vapor-phase sintering
• "无液相烧结" 英文翻译 :    sintering in the absence of a liquid phase
• "液相烧结" 英文翻译 :    liquid phase sintering; liquid-phase sintering; sintering in the presence of a liquid phase
• "反应液相烧结" 英文翻译 :    reactive liquid sintering
• "液相烧结机理" 英文翻译 :    liquid phase sintering mechanism
• "固相线烧结" 英文翻译 :    solidussintering
• "超固相线烧结" 英文翻译 :    supersolidus sintering
• "固相" 英文翻译 :    solid phase; solidoid; solidphase
• "烧结" 英文翻译 :    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
• "固相点" 英文翻译 :    solidus
• "固相法" 英文翻译 :    solid phase method; solid phase technique
• "固相酶" 英文翻译 :    immobilized enzyme; insolubilized enzyme; insoluble enzyme; solid phase enzyme
• "固相面" 英文翻译 :    solidus surface
• "固相线" 英文翻译 :    solidus (chemistry); solidus curve; solidus line
• "凝固相" 英文翻译 :    solidifying phase
• "轻固相" 英文翻译 :    light solids
• "无固相" 英文翻译 :    solidfree
• "残存固相" 英文翻译 :    residual solid
• "单抗体固相" 英文翻译 :    single-antibody solidphase
• "低固相的" 英文翻译 :    low-soild
• "低固相含量" 英文翻译 :    low solid concentration; low solid content

• The study showed that the densified process should be divide into two stages - solid phase sinter stage and liquid phase sinter stage
  研究表明，液相烧结mo - cu合金的致密化过程分为固相烧结阶段和液相烧结阶段。
• The ferroelectric ceramics of sbti and bit - sbti doped by lanthanum ( sblt and blt - sblt ) and sbti doped by vanadium have been prepared by solid - state reaction method
  采用固相烧结工艺，制备了不同la掺杂量的sbti和bit - sbti和v掺杂sbti铁电陶瓷样品。
• In this paper , presentation is given of psc being prepared by solid sintering process as employed in powder metallurgy and ceramics industry and measurements are made of its pl and electrical resistivity
  本文采用粉末冶金和陶瓷工业中常用的固相烧结方法制备psc ，并测试了其光致发光谱( pl )和电阻率。
• The sintering type of the billet is a solid state sintering at the temperature 1050 , the sintering contacting ' s speed was slow , even keeping temperature for 3 hours " , billet ' s sintering compacting degree was not high
  该体系的粉料压坯在1050的烧结属固相烧结，烧结致密化速度慢，即使保温3个小时其致密化仍不很高。
• From the research results , it can be concluded that the formation of early hydrates achieves through the recycle process of dissolution - deposition and the late through the reaction similar to the sinter of solid particles
  结合sem 、水化历程、水化机理和结构特征的研究结果，早期的水化产物通过溶解沉淀过程生成，后期是通过类似于固相烧结的化学反应生成。
• It is found that , the sintering process of w - ni - fe - cu alloy was a typical liquid - phase process , which including particle rearrangement stage , dissolving - precipitation stage and solid - phase sintering stage . cu plays an important role in the particle rearrangement stage , while fe can promote the densification by forming ni - fe - w bonding - phase . ni can not only form the bonding - phase , but also enhance the diffusion between the w grains
  研究表明， w - ni - fe - cu合金的液相烧结致密化经历了颗粒重排、溶解-析出和固相烧结等三个阶段， cu仅在颗粒重排阶段起主导作用； fe主要在溶解-析出阶段通过形成ni - fe - w三元粘结相来促进w合金的烧结致密； ni不仅参与形成ni - fe - w三元粘结相，并且在w晶界上通过与w的互扩散促进了固相w晶粒的粘合。
• Experiment adopts a series of technology , such as expansion technology , solid burning technology , mullite crystallizing technology and anti - clarifying technology etc . through orthogonal optimized proportion and suitable accelerated burning test , experiment has successfully produced high strength and performance fly ash lightweight aggregate
  研究中，采用了膨胀技术、固相烧结技术、莫来石晶化技术和反澄清保气技术。通过配合比正交优化和适宜的快速焙烧实验，烧制出了轻质、高强、低吸水率的优质粉煤灰轻集料。

• 固相烧结的日语：こそうしょうけつ