1.
Thermal Testing and Analysing of One Carbon Rotary Kiln
新型炭素煅烧回转窑热工测试与分析
2.
APPLICATION OF PLC IN MATERIAL FEEDING SYSTEM OF COKE CALCINER
PLC在炭素煅烧炉自动上料系统中的应用
3.
Study on Optimizing Plan of Low Concentration Desulfurization Technology of Exhaust from Carbon Calcinations Rotary Kiln
云铝炭素煅烧回转窑尾气低浓度SO_2脱硫技术优选方案探讨
4.
The application of LK in the production of calcined carbon links feeding nesting
LK在炭素生产煅烧环节加料排料中的应用
5.
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
6.
The activated carbon which can be rejuvenated by roasting procedures has improved the economy considerably.
已证实研制通过煅烧可再生的活性炭具有相当大的经济效益。
7.
Study on Solid State Reaction Synthesis by Two-step Calcination and Carbon-coated Modification of Li_4Ti_5O_(12) Electrode Material
Li_4Ti_5O_（12）电极材料的二步煅烧固相反应法合成及炭包覆改性研究
8.
The Influence of the Burning Conditions on the Dissolution Properties of Burnt Gypsums;
煅烧制度对煅烧石膏溶解特性的影响
9.
STUDY ON FACTORS AFFECTING ABLATIVE PERFORMANCE OF C/C COMPOSITES
炭/炭复合材料烧蚀性能影响因素分析
10.
Experimental Studies on the Release of Anti-infective Drug Delivery System and the Rabbits Radial Bone Defects Repaired with It;
活性煅烧骨复合去甲万古霉素体外缓释和修复兔桡骨缺损的研究
11.
Experimental Investigation on the Factors and Mechanism of Coal Ash Slagging on Tipical Refractories in a Sintering Muffle;
典型卫燃带材料上煤灰结渣影响因素及机理的煅烧实验研究
12.
The site also produces8% of the world's calcined coke, which finds its way into one out of every six aluminium cans.
该厂产出的煅烧过的焦炭占世界总产量的8%无意间每6个铝罐就有一个是用其炼成的。
13.
disintegrated or calcined calcium phosphate
分解或经煅烧的磷到钙
14.
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
15.
To become reduced to carbon or charcoal.
使烧成炭，使烧成木炭
16.
The analysis of the damaged reason for pot type calcine furnace and the probe into the path which prolong the age of the pot type calcine furnace.
根据罐式煅烧炉结构及硅砖的特点,分析罐式煅烧炉破损原因,探讨延长罐式煅烧炉炉龄的途径。
17.
The results indicate that the calcination temperature and the holding time are the key factors which influence the progress properties of active lime and the microstructure of lime.
结果表明煅烧温度和保温时间是影响活性石灰工艺性能及方钙石显微结构的决定性因素。
18.
The limestone must be calcined in such a way.
石灰石必须煅烧到这样地步。