1.
Magnesium Hydroxide of High Grade and Extra Fine Obtained by Hydration of Light-burned Magnesia Calcined from Magnesite;
菱镁矿煅烧氧化镁水化制备高纯超细氢氧化镁
2.
Effect of Reducing Atmosphere on Alumina Clinker Sintering
还原气氛在氧化铝熟料煅烧中的作用
3.
Effects of calcination temperature on structure of titanium oxide photocatalyst
煅烧温度对二氧化钛光催化剂结构的影响
4.
Effects of calcination temperature on antimony-doped tin oxide powders
煅烧温度对掺锑氧化锡粉体性能的影响
5.
Research of Extracting Alumina from Fly Ash through low Temperature Stream-pressure and Calcination Process
粉煤灰低温蒸压煅烧提取氧化铝的试验研究
6.
Experimental investigation on carbonation of CaO in oxy-fuel atmosphere
循环流化床富氧燃烧下钙基脱硫剂煅烧产物碳酸化特性实验研究
7.
Calcinating this salt at 1200°C results in its decomposition into alumina (or aluminum oxide).
在摄氏1,200度下对其进行煅烧，从中分解出铝氧粉（即氧化铝）。
8.
A RESEARCH ON PROCESSING PARAMETERS OF CALCINED KAOLIN;
影响煅烧高岭土物化性能的煅烧工艺研究
9.
When heated to high temperature, they undergo calcination, releasing carbon dioxide.
高温加热时，石灰石和白云石将发生煅烧，并释放二氧化碳。
10.
The Separation of Lithium and Magnesium and the Preparation of Magnesium Hydroxide Flame Retardant Use the Calcined Magnesium Slag from Salt Lake
盐湖煅烧镁渣锂镁分离及新型氢氧化镁阻燃剂的研究
11.
Study on The Preparation of Anti-UV Composite Material of ZnO/Calcined kaolin
纳米氧化锌/煅烧高岭土复合抗紫外材料的制备工艺研究
12.
UV Transmittance of Titania/Calcined Kaolin Composite Powder
二氧化钛/煅烧高岭土复合粉体材料的紫外光透过性能
13.
Study on the effect of calcine temperature and additives on aluminum oxide extraction from coal gangue
煅烧温度和添加剂对提高煤矸石中氧化铝溶出率的实验研究
14.
The Research of Extracting Alumina from Fly Ash by Lime Autoclave-Low Temperature Calcining and Coal Powder-Lime Burning Process
石灰蒸压—低温煅烧法与煤粉—石灰直接燃烧法提取粉煤灰中氧化铝的实验研究
15.
Change of the microstructure and phase composition of plasma-sprayed nanostructured zirconia thermal barrier coatings after high temperature calcination
等离子体喷涂纳米结构氧化锆热障涂层高温煅烧后的组织结构和相组成变化
16.
Study of Calcination Activation of Datong Coal Gangue Formed in C-P Period
大同石炭二迭纪煤矸石煅烧活化研究
17.
The liquid synthesis of nanocrystals titania at low temperature, due to avoiding the sintering process, brings superior physical and chemical properties.
低温液相合成晶态纳米二氧化钛由于避免了高温煅烧过程，可望赋予其更优越的特性。
18.
RESEARCH ON HIGH TEMPERATURE SINTERING BEHAVIOR OF CaO SORBENT USED IN MULTI-CYCLIC CO_2 CAPTURING
CaO碳化-煅烧循环捕获CO_2高温烧结特性研究