The clinker burning mechanism according to the crystal seeds theory and the activity of the dehydrated phase are analysed.
根据晶种理论和水化物脱水相的反应活性分析了熟料烧成机理。
The improvement of cement particle distribution and heating intensity during clinker burning could also improve the performance of cement for pipe pile manufacturing.
结果表明，熟料矿物组成对管桩水泥性能影响较大；改善水泥颗粒级配和提高煅烧热力强度均能改善管桩水泥的性能。
Most trace elements are solidified in clinker during clinker burning. Usage of secondary materials could not obviously influence on environment.
微量元素在熟料烧结过程中大部分会固化在熟料中，目前看来，利用废弃物不会对环境造成显著的影响。
Most trace elements are solidified in clinker during clinker burning. Usage of secondary materials could not obviously influence on environment.
微量元素在熟料烧结过程中大部分会固化在熟料中，目前看来，利用废弃物不会对环境造成显著的影响。
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