1) low-temperature roasting
低温焙烧
1.
by low-temperature roasting,leaching and ion exchange of the spent catalyst,it is possible to produce pure platinum and aluminum polychloride.
废催化剂采用低温焙烧、浸出、离子交换等方法进行处理,可制取纯铂,生产聚合氯化铝产品。
2) low temperature extrusive roast
低温成型焙烧
1.
Experimental study on low temperature extrusive roast pretreatment of refractory gold concentrate followed by cyanide leaching;
难浸金精矿低温成型焙烧—氰化浸出新工艺试验研究
3) low pressure roasting
低压焙烧
4) calcination temperature
焙烧温度
1.
Influence of calcination temperature on properties of morpholine synthesis catalysts;
焙烧温度对合成吗啉催化剂性能的影响
2.
Effect of calcination temperature on magnesium promoted iron-based catalyst for Fischer-Tropsch synthesis;
焙烧温度对含Mg助剂的铁基催化剂F-T合成反应性能的影响
3.
Effect of calcination temperature on the structure and Fischer-Tropsch performance of Fe-Mn catalyst;
焙烧温度对Fe-Mn催化剂结构和F-T合成性能影响
5) Roasting temperature
焙烧温度
1.
5 basicity pellets manufactured in shaft furnace with addition of fine ground limestone have excellent normal temperature strength and good metallungical property, but right roasting temperature and proper operation schedule must be used.
５碱度竖炉球团，球团矿具有良好的冶金性能和常温强度，但应采取适宜的焙烧温度和操作制度。
2.
We study the photocatalyzing properties of TiO 2 and compare their different crystal structures in different roasting temperature.
采用溶胶—凝胶法制备TiO2 薄膜 (玻片为载体 ) ,比较在不同的焙烧温度下制备的TiO2 薄膜对有机物的光催化氧化性能 ,用D XAX - 12 0 0全自动X射线衍射仪检测在不同的焙烧温度下制备的TiO2 薄膜的晶型结构 ,计算其锐钛型和晶红石晶型所占比例 ,从而确定通过控制焙烧温度来控制各种不同比例的晶型结构 ,提出温度对TiO2 薄膜对有机物的光催化氧化性能的影响机制。
3.
In addition,a certain amount of boron and magnesium can reduce the roasting temperature and the addition amount of bentonites during the production of pellet.
适量的硼镁复合添加剂可以降低球团矿的焙烧温度,并能减少膨润土的用量,有利于优化球团工艺。
6) baking temperature
焙烧温度
1.
Effect of AlF_3 dopant and baking temperature on overpotential of carbon anode in aluminium electrolysis;
AlF_3添加剂和焙烧温度对铝电解炭阳极过电位的影响
2.
The influence of the In-doping amount and baking temperature on the zeta potential of the coating was studied.
以四氯化锡、三氯化铟和氨水为原料,采用原位生成法在α-Al2O3微粒表面制备了In掺杂的纳米SnO2涂层,研究了In掺杂量和焙烧温度对SnO2涂层zeta电位的影响规律和影响机理。
3.
One of the key factors affecting zeolite structure is baking temperature .
此方法中焙烧温度是影响沸石结构的主要因素之一,通过多次试验和跟踪分析,发现炉温控制方法应取多点温度为基准进行调节,并且应分段控制炉温,前段炉温控制在550℃,后段炉温控制在720℃,可使Y型沸石结晶度提高4。
补充资料：澳大利亚丹比尔(Dampier)带式焙烧机球团厂
澳大利亚丹比尔(Dampier)带式焙烧机球团厂
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