热天平 meaning in Chinese
thermal balance
thermobalance
Examples
- Boiler dirty was studied experimentally by thermal gravimetry - differential thermal analysis . the main components of boiler dirty were investigated
摘要本着节约能源，笔者采用差热天平对锅炉垢进行了实验性研究，探讨了锅炉垢的主要成分，提出了锅炉使用中应注意的问题。 - The gasification of beisu , shenfu , xinzhou and luan coal chars with co2 at 970 ~ 1165 was studied by the isothermal thermogravimetric analysis ( tga ) under the condition of chemical reaction control
摘要考察970 ~ 1165 ，北宿、神府、忻州、潞安煤焦与co2在热天平中的气化反应，用恒温法进行热重分析，考察煤种、气化温度、灰分对煤焦气化的影响。 - Results show that the specific maximum weight loss rate can be used as a commonality parameter to evaluate and distinguish the reactivity of different coal and char , and that the heating rate selected in tga experiment has no effect on the judgment
结果表明，最大比失重速率作为比较物质反应性的判据具有一定的通用性，能够较好地区分不同煤焦之间的反应性；热天平试验升温速率对判断结果没有影响。 - Coal - char pyrolysis , firing , burnt and limestone calcination under o _ ( 2 ) / n _ ( 2 ) oro _ ( 2 ) / co _ ( 2 ) atmosphere were carried on a thermobalance . limestone calcination and sulfuration under o _ ( 2 ) / co _ ( 2 ) atmosphere were tested on a bench scale fluidized bed facility . the characteristics of coal combustion and pollutant emission under o _ ( 2 ) / n _ ( 2 ) or o _ ( 2 ) / co _ ( 2 ) atmosphere were experimented on a circulating fluidized bed multi - function test - facility
在热天平上进行o _ 2 / n _ 2气氛与o _ 2 / co _ 2气氛下的煤焦热解、着火与燃烬反应动力学及石灰石煅烧分解特性研究；在小型流化床试验台上进行石灰石在o _ 2 / co _ 2气氛下的煅烧与硫化反应特性研究；在设计、搭建的循环流化床多功能综合试验台上进行o _ 2 / n _ 2气氛与o _ 2 / co _ 2气氛下的煤燃烧特性与污染物排放规律研究。 - Reaction parameters under kinetic control of coal - char pyrolysis and limestone calcination under o _ ( 2 ) / n _ ( 2 ) and o _ ( 2 ) / co _ ( 2 ) atmosphere on the thermobalance were obtained . the effect of different ratio of o _ ( 2 ) and co _ ( 2 ) ( n _ ( 2 ) ) to coal - char reaction was also discussed . simulated calculation was just consistent with the thermogravimetric test results
采用热天平( tga )对两种煤焦颗粒和两种石灰石颗粒分别在o _ 2 / co _ 2气氛、 o _ 2 / n _ 2气氛下的反应特性进行了研究，得出了处在化学动力学控制区域内煤焦和石灰石的反应动力学参数，以及o _ 2与co _ 2 ( n _ 2 )比例关系的变化对煤焦和石灰石热重反应的影响，并且对试验结果通过理论分析进行了模拟计算。