焙烧温度的英文

• firing temperature
• roasting temperature

• "焙烧"英文翻译    roast; bake; torrefy; calcin ...
• "温度"英文翻译    temperature
• "初始焙烧温度" 英文翻译 :    initial roasting temperature
• "最终焙烧温度" 英文翻译 :    final indurating temperature
• "食盐氯化焙烧温度" 英文翻译 :    salt roasting temperature
• "燃烧温度" 英文翻译 :    burining temperature; burning temperature; calcining heat; combbustion temperature; combustion temperature; ft= firing temperature; ignition temperature; temperature of combustion
• "煅烧温度" 英文翻译 :    burning temperature; calcination temperature; calcining heat; calcining temperature; calciningheat
• "等压燃烧温度" 英文翻译 :    isobaric flame
• "绝热燃烧温度" 英文翻译 :    adiabatic combustion temperature
• "理论燃烧温度" 英文翻译 :    temperature
• "最高燃烧温度" 英文翻译 :    peak flame temperature; peakflametemperature
• "燃烧温度的确定" 英文翻译 :    determination of combustion temperatue
• "燃烧温度高报警" 英文翻译 :    high combustion temperature alarm
• "起始燃烧温度,初燃温度" 英文翻译 :    temperature of initial combustion
• "点火温度燃烧温度燃烧发火点" 英文翻译 :    firing temperature
• "焙烧" 英文翻译 :    roast; bake; torrefy; calcination; torrefaction◇焙烧料 calcines; 焙烧炉 roaster; roasting furnace; 焙烧窑 burning-in kiln
• "焙烧锅焙烧" 英文翻译 :    pot roasting
• "半焙烧" 英文翻译 :    green roasting; half-baked
• "焙烧带" 英文翻译 :    roasting zone
• "焙烧的" 英文翻译 :    burned
• "焙烧碟" 英文翻译 :    dish roaster
• "焙烧段" 英文翻译 :    firing section; firing zone; furnace zone
• "焙烧堆" 英文翻译 :    roast heap; roasting heap
• "焙烧法" 英文翻译 :    roasting method
• "焙烧机" 英文翻译 :    burning machine; firing strand

• Final temperature firing temperature
  最终焙烧温度
• This paper explores mainly the influence of reduction roasting temperature , time and pulverized coal consumption on content of soluble zinc
  本文主要探讨还原焙烧温度、时间和煤粉用量对可溶锌含量的影响。
• Results show that the grain size of all samples is below 100nm , and the lattice parameters and grain sizes are dependent on the sintering temperature
  结果表明，前驱体的焙烧温度对样品的晶型、晶胞参数及晶粒尺寸有很大影响。
• The reaction activity of the catalyst can be adjusted by changing the preparing condition , which including the calcination temperature , the metal load and the carrier
  制备过程中焙烧温度、负载量以及不同催化剂载体的选用都会影响所得催化剂的性能。
• It ' s obtained that ph = 6 . 5 is a suited ph value for getting ideal product with good properties . the calcinate temperature is the key factors to transform the precursor to a pure product with spinel structure
  研究了不同的工艺条件如溶液ph值、焙烧温度、焙烧时间、焙烧方式、 li / mn的比值对产物结构的影响。
• Due to preparing high grade rutile nanometer titanium dioxide in the same method have more disadvantages such as tall calcining heat , easy agglomerate , reunite gravely and difficult to attain the nanometer grade
  由于用与之相同的方法制备金红石型纳米tio _ 2粉体存在焙烧温度高、易烧结、团聚现象严重等缺点，难以达到纳米级。
• Spinel limn2o4 begin to form at 350 with the sintering time of 4 hours because there are one li + and two mn2 + in one precursor molecule . when the sintering temperature is larger than 750 , a specific sintering route is designed to avoid the formation of li2mno3 impurities
  前驱体的焙烧温度和焙烧时间对limn _ 2o _ 4样品的晶相结构有很大的影响，焙烧温度高于750时，应采用分段焙烧工艺以防止局部高温形成li _ 2mno _ 3杂质。
• In this paper , the optimum conditions of catalyst preparation were found by studying the influences of the sol - gel process parameters on the crystal structure of the nanometer la1 - xsrxmno3 , such as the value of original solution ph , the temperature of water bath , the baking temperature of sol
  本文研究了采用溶胶-凝胶法制备纳米钙钛石型氧化物催化剂过程中,初始溶液ph值、水浴温度、焙烧温度对纳米la1 - xsrxmno3晶体结构影响。
• Hence we combined coprecipitation method , using zinc carbonate as enclosure dose causing the crystal nucleus can not grow up , zinc titanate acts as phase - transition accelerant , thereby we can obtain rutile nanometer tio2 powder at lower calcining temperature and in briefer calcining time relatively
  因此我们结合共沉淀法，引入碳酸锌作包覆剂控制品粒长大，利用钛酸锌作品型促进剂，在相对较低的焙烧温度和较短的保温时间内制得到了金红石型纳米tio _ 2粉体。
• In order to overcome the disadvantages of traditional solid brick , to protect environment and to economize resources , the author first recommended the experimental study of drying and firing of coalstore - shale fired perforated brick . the result assumed the effect of percentage of water content , raw material fineness , temperature and insulation time on property of coalstore - shale perforated or hollow brick
  论文首先针对传统实心砖存在的问题，从环境保护和资源综合利用出发，以页岩、煤矸石为原料制砖，通过页岩、煤矸石制砖中干燥、焙烧试验研究，总结了原料化学成份、颗粒粗细程度、干燥速度、含水率以及焙烧温度等因素对煤矸石多孔砖、空心砖性能的影响。

• 焙烧温度的日语：ばいしょうおんど ばい焼温度