The effects of heating rate and temperature on the pyrolysis behaviors of EMAL are investigated. 探讨了升温速率和热解温度对毛竹EMAL热失重行为的影响。
Influence of heating rate and water contents on sawdust pyrolysis process and characteristic 升温速率和水分含量对木屑热解过程和特性的影响
Gas cavity and deformation of the samples can be avoided by degreasing and sintering at low heating rate. 采用较低的升温速率脱脂和烧结时,能避免产生气泡和变形等缺陷。
The influences of heating rate and soaking time on piezoelectric and dielectric properties were also studied. 并研究升温速度,保温时间对介电、压电性能的影响。
The Boudouard reaction of carbon at low temperature was investigated by means of thermogravimetric method at constant heating rate. 利用恒速升温热重法对低温下碳的气化反应进行了研究。