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。
The influence of reacting atmosphere, roasting temperature, and roasting time on the volatilization rate of as was studied systematically.
考查了焙烧温度、焙烧时间、添加剂种类及添加量等因素对钒浸出率的影响。
Effects of roasting temperature, roasting time, kinds and addition amount of addition and other factors to vanadium leaching rate were investigated.
研究表明：影响阳极炭块优化处理质量的主要因素是焙烧时间、溶液浓度和浸渍时间。
The results show: the main factors affecting the quality of electrolyze aluminum anode carbon lump are roasting time, solution concentration and immersion time.
研究了焙烧温度、焙烧时间、失活催化剂平均粒径、浸出温度与时间对钼浸取率的影响。
The effects of roasting temperature and time, particle size of the inactive catalyst, leaching temperature and time on the Mo extraction were analysed.
考察了硫酸浓度、浸渍时间、焙烧温度、焙烧时间对催化剂活性和反应时间对酯化反应的影响。
The effects of sulfuric acid concentration, immersing time and the temperature and time of baking on catalytic activity and the reaction time on esterification were studied.
在菱铁矿完全分解之后，氧化程度是焙烧效果的主要影响因素，延长焙烧时间会使焙烧产品质量下降。
After the siderite is fully decomposed, oxidation degree will be the main factor influencing the roasting effect and a roasting time increase would lead to a reduced product quality.
同时，我们还考察了合成条件、焙烧温度、焙烧时间、磁性基质加入量、浸渍液浓度对磁性固体超强酸催化剂性质的影响。
At the same time, we studied the influences of the preparation condition, baking temperature, baking time, adding amount of magnetic materials, consistency of impregnating solution on it.
采用回转窑对我国高硫铝土矿进行焙烧预处理，考察了焙烧温度、焙烧时间对矿物中硫含量的影响以及对矿物溶出性能的影响。
High sulfur bauxite was roasting pretreated with rotary kiln and the effects of roasting temperature and time on sulfur content and digestion performance of high sulfur bauxite were investigated.
实验研究了添加剂白云石和苏打、焙烧时间以及焙烧温度对铬精矿在焙烧过程中的影响，结果表明，添加适量的白云石和苏打可提高铬精矿的焙烧效率和铬的溶出率。
The experiments were earned on the roasting of chromium concentrate. The effects of the additive as dolomite and soda to the roast process were studied by different additive amounts.
本文主要探讨还原焙烧温度、时间和煤粉用量对可溶锌含量的影响。
This paper explores mainly the influence of reduction roasting temperature, time and pulverized coal consumption on content of soluble zinc.
利用低温焙烧的方法去除废旧锌锰电池中的汞，研究了温度及时间对废旧锌锰电池中汞去除的影响。
Recyle mercury form waste zinc-manganese cell using low temperature roasting method was introduced, effect of temperature and time on removing mercury from waste zinc-manganese cell was studied.
在晶型转化焙烧实验中，分别考察了温度、时间、粒度等条件的影响。
The temperature, the time and the size were investigated in the roasting process of crystal conversion.
试验考察了催化剂焙烧温度、反应时间、反应温度、原料配比和催化剂用量对丙烯酸转化率的影响。
The effects of catalyst roasting temperature, reaction time, reaction temperature, raw material mole rate and amount of catalyst on the coversion of acrylic acid were studied.
结果表明，加料顺序、加料方式、成胶温度、老化时间、搅拌速率以及干燥焙烧等因素对孔结构均有明显影响。
The results showed that sequence and way of feeding, reaction temperature, time of aging, stirring speed and drying and calcinations had remarkable influence on the pore structure.
还研究了膜厚与浸渍时间和粘度等的关系以及对比不同焙烧温度和时间对氧化铝膜的结构影响。
The effect of viscosity and dipping time on membrane, and that of calcining temperature and time on the structural properties of alumina membrane are also discussed.
实验结果表明，焙烧温度和时间对催化剂的结构和活性的影响显著，不同的金属氧化物负载的金催化剂具有不同的最佳焙烧温度。
It was found that calcination conditions have remarkable effects on the structure and activity of the catalysts and different metal oxide supports have different optimum calcination temperatures.
通过对酸化焙烧进行正交实验发现：硫酸用量为最重要影响因素，温度和时间次之。
The results of orthogonal experiment in sulphating roasting process showed that sulfuric acid consumption affected the leaching rate significantly, then temperature and time.
对钡铁氧体的水凝胶、醇凝胶以及气凝胶的红外光谱进行了初步的观察，同时对不同焙烧温度及时间所得粉末的红外吸收光谱进行了考察。
The IR spectra of hydrogel, alcogel and aerogel of BaFe12O19 were studied, and the ones of the powders calcined at different temperatures for different time were also studied.
原始煤矸石粉碎、磨细至一定粒度，在高温焙烧一定时间。
Raw gangue is smashed and milled to certain granularity and then sintered for certain time at high temperature.
结果表明：温度是焙烧的主要影响因素，焙烧温度越高，达到最佳焙烧效果所需的时间越短。
The result indicates that temperature is the primary factor influencing the roasting process, the time needed for perfect roasting decreases with the increase of the roasting temperature.
同时， 不同的火焰循环时间和空气渗漏对焙烧的能耗影响较大，降低火焰循环时间将导致能耗增加，而降低空气渗漏量则可极大地降低能耗。
It is also found that the fuel consumption increases with the decrease of firing cycle time, and cutting down the air infiltration will be helpful for saving fuel.
重点探讨了酸料比，低温被烧段温度及时间，高温焙烧段温度及时间对镍钴浸出率的影响。
The effects of acid to materials ratio, roasting temperature and time in low roasting action and high roasting action on the Ni and Co leaching were investigation, respectively.
重点探讨了酸料比，低温被烧段温度及时间，高温焙烧段温度及时间对镍钴浸出率的影响。
The effects of acid to materials ratio, roasting temperature and time in low roasting action and high roasting action on the Ni and Co leaching were investigation, respectively.
应用推荐