1) calcination temperature
灼烧温度
1.
A series of rare earth oxides (RE=Y, Pr, Nd, Sm, Eu, Tb, Dy, Er, Lu) were prepared from the corresponding oxalates at different calcination temperatures (800～1500 ℃) for 3 h.
分别以稀土元素Y ,Pr ,Nd ,Sm ,Eu ,Tb ,Dy ,Er和Lu的草酸盐为前体原料 ,固定灼烧时间为 3h ,在 80 0～ 15 0 0℃范围内不同灼烧温度下制备了系列单一稀土氧化物。
2) ignition
灼烧
1.
After different sediments ignitions, Smax was 1.
不同底泥灼烧后,最大吸附量为天然底泥的1。
3) Burn
灼烧
1.
Ultrafine Bi 2O 3 powder was prepared by weak base hydroxylation burn method.
采用弱碱液相沉淀－灼烧法制备了超细氧化铋粉末，该法具有流程简单、引入杂质少、灼烧温度低、产品纯度高（９９。
2.
For recovering divanadium pentoxide from waste vanadium catalyst,a comprehensive processing including ammonium bicarbonate leaching and burning is adopted.
研究综合处理废钒氧化剂的ＮＨ４ＨＣＯ３浸出、灼烧法，及回收Ｖ２Ｏ５获得宝贵的钒资源的生产工艺。
4) combustion
灼烧
1.
With pretreatment by combustion method, the nickel amount supported in carbon steel nanotube is determined by dimethylglyoxime weight method and accurate and stable analysis results are obtained.
采用灼烧法预处理、丁二酮肟重量分析法来测定载镍碳纳米管的载镍量 ,获得稳定而准确的分析结果。
5) burning
灼烧
1.
Effects of burning on the chemical properties of soil in protective ground;
灼烧对保护地土壤化学性质的影响
2.
The technology of sedimentation and burning for scandium was studied.
作者详尽讨论了萃取剂浓度、料液浓度、酸度及相比等因素对Ｓｃ萃取率影响以及料液酸度、Ｐ３５０浓度对Ｓｃ与３１种杂质元素分离效果的影响，探索了Ｓｃ的沉淀工艺和灼烧工艺。
6) calcination loss
灼烧失重
1.
The influences were studied of different thermal activation conditions on the calcination loss,superficial morphology,pore volume of silica gel carriers,the activity of catalysts supported by silica gel and polymer morphology.
研究了不同活化条件对聚烯烃催化剂载体硅胶的灼烧失重、表面形态、孔容以及催化剂的活性、聚合物形态的影响。
参考词条
补充资料：灼烧
1.犹焚烧。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。