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焙烧温度

焙烧温度

焙烧温度

焙烧温度

2

The influence of reacting atmosphere, roasting temperature, and roasting time on the volatilization rate of As was studied systematically .

实验主要对反应气氛、焙烧温度、焙烧时间等影响因素进行了系统考查。

3

The results showed that the amount of surface defects and the microstructure of photocatalyst changed with the calcination temperature .

结果表明，焙烧温度能引起特定的缺陷数目变化，改变了光催化剂的微观结构。

6

The XRD pattern analysis indicated that the roasting temperature has a decisive effect on the phase composition of the prepared sample .

XRD 谱图分析表明，焙烧温度对制备样品的物相组成具有决定性作用。

7

TPR results showed that the reduction ability of catalysts was determined by the calcination and composition .

TPR 结果表明焙烧温度和复合氧化物的组成决定了材料的可还原性能。

9

The appropriate calcination temperature and the appropriate type of carrier are also necessary for highly active catalyst .

适当的焙烧温度与载体类型也是获得高活性催化剂的必要条件。

11

Increasing the intensity of mold and the baking temperature could reduce casting rejects and improve the quality of ductile iron castings.

提高模壳的强度、焙烧温度，降低浇注温度有利于降低铸件的废品率，提高球铁铸件的质量。

12

If roasting temperature was too high then energy consumption was increased without improvement in iron and boron concentrate grade .

焙烧温度过高选后硼铁精矿粉品位变化不大，能耗增大。

13

The temperature of calcine is the maximal influencing factor for catalytic activity of catalysts.

其中焙烧温度对催化剂的催化活性影响最大。

15

The results show that roasting temperature and grinding fineness have an obvious effect on iron increase and phosphorous reduction.

试验结果表明，焙烧温度、磨矿细度对提铁脱磷影响较大。

16

The different baking temperature can change the strength greatly .

焙烧温度对型芯的强度影响显著；

17

18

Thermal decomposition of CoAl HTLcs and effect of calcination temperature on composition and structure of the products were also researched .

研究了磁性钴铝水滑石的热分解行为以及焙烧温度对它们物理性质的影响。

20

The roasting time and process temperature also play important roles in the roast processing and chromium leaching .

合适的焙烧温度和焙烧时间对焙烧过程的进行和提高铬的溶出率有很重要的作用。

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