1) large carbon particles
大颗粒炭
1.
According to the characteristics of the heat and mass transfer for large carbon particles in fluidized bed, deduced the distribution of the thermal stress in the large carbon particles and developed a thermal stress breakage theory for large carbon particles during combustion in fluidized bed.
根据大颗粒炭在流化床中的传热和燃烧的特点，推导出大颗粒炭内部产生的热应力分布，提出大颗粒炭热应力破碎理论。
2) Large carbon/char particle
大颗粒碳/炭
3) char particle
焦炭颗粒
1.
Modeling the gasification characteristics of char particle under kinetics control
动力学控制下焦炭颗粒气化特性的模型研究
2.
Pore structure and its evolution have significant effect on char particle gasification behavior;the evolution of specific surface area for instance has the same transformation trend with reaction rate.
孔结构及其变化对焦炭颗粒的气化行为有重要的影响,如颗粒的比表面积变化与反应速率有相同的变化趋势。
4) Granular coke
焦炭颗粒
1.
Granular coke reinforced pitch-based carbon composites (CRPCC) with high density and low cost were fabricated by a new mould pressing and semi-carbonization technology.
采用新型模压半炭化成型工艺制备出高密度、低成本的焦炭颗粒增强沥青基炭复合材料。
5) carbon granules
炭渣颗粒
1.
The results of commercial run indicate that the process of filtering can clear carbon granules as their particle size are different and their specific gravity are small.
通过过滤理论分析,确定了正确的过滤操作方式,工业生产结果表明:过滤方法能够去除硅酸钠—炭渣颗粒溶液中粒度不一、密度较小的炭渣颗粒,得到透明的水玻璃溶液。
6) carbon black particles
炭黑颗粒
1.
In order to research new sensitive materials, a mathematic piezoresistivity model of the conductive composites filled by carbon black particles is presented on the basis of general effective medium (GEM) theory .
为研究新型传感器材料,在通用有效介质理论的基础上,提出了炭黑填充型导电复合材料的压阻特性数学计算模型,定量地得出炭黑颗粒的基本特征参数、体积分数和聚合物基体的弹性模量在复合材料压阻规律中的影响。
2.
The stability of carbon black particles in the surfactant-alcohol solutions have been researched.
对炭黑颗粒在壬基酚聚氧乙烯醚琥珀酸磺酸钠-醇类溶液中的稳定性问题作了研究,结果发现壬基酚聚氧乙烯醚琥珀酸磺酸钠浓度在某个区间内,炭黑颗粒的稳定性可以得到改善,这是由于表面活性剂分子与醇类分子存在竞争吸附。
补充资料：Yf-wk型颗粒性炭
yf-wk型颗粒性炭
特性：主要适用于冰箱－泳池除臭、空气净化、工业原料气体的净化、提纯等，也可用作醇、烃和芳香族等有机物溶剂的回收。产品吸附性能强、强度高、易再生。
技术指标：
粒度（8-24目）
% 强度（球磨法）
% 碘吸附率
mg/g 笨吸附率
mg/g 干燥减量
% ph值
a型 ≥90 ≥90 ≥1000 ≥400 ≤10 ≥7
b型 ≥85 ≥90 ≥900 ≥350 ≤10 ≥7
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条