1) coal pyrolysis
煤炭热解
1.
Research progress of coal pyrolysis technology in China;
我国煤炭热解技术研究进展
2) Pyrolytic carbon
热解炭
1.
Influence of heat-treatment on crack initiation in smooth laminar pyrolytic carbon matrix;
高温热处理对光滑层热解炭裂纹形成的影响
2.
The composition changes of surface with oxygen-containing groups of pyrolytic carbon before and after oxidation and the influence of oxidation temperature and time on the composition of oxygen-containing groups of the pyrolytic carbon surface are studied by means of Fourier infrared spectrum and potentiometric titration.
借助于傅里叶红外光谱和电位滴定分析,研究了热解炭氧化前后表面含氧基团组成的变化以及氧化温度和氧化时间对热解炭表面含氧基团组成的影响。
3) pyrocarbon
[,pairəu'kɑ:bən]
热解炭
1.
Influence of microstructure of pyrocarbon on friction and wear properties of C/C composites;
热解炭微观结构对C/C复合材料摩擦磨损性能的影响
2.
The microstructures,extinction angles of different pyrocarbons are determined.
通过对不同结构热解炭的显微结构、显微图像分析,消光角的测试,将热解炭的微观结构分为粗糙层结构RL、光滑层结构SL、再生层状结构ReL和各向同性结构ISO。
3.
Secondly, development of studies on pyrocarbon is interpreted in detail.
介绍了热解炭的微观结构和石墨化度及其沉积机理的新发展。
4) pyrolytic carbon black
热解炭
1.
The chemical structure of C in pyrolytic carbon black(PCB) from the pyrolysis of used tires in a pilot-scale rotary kiln was analyzed by X-ray photoelectron spectroscopy(XPS).
应用X射线光电子能谱(XPS)对废轮胎回转窑中试热解炭(PCB)中C元素的化学形态进行分析。
2.
The effect of initial solution pH,adsorption time and dosage of PCB(pyrolytic carbon black) on the heavy metal removal was examined.
对废轮胎回转窑中试热解炭的重金属离子Pb2+、Cr3+和Cr6+吸附特性进行了研究,分析了溶液pH值、接触时间、吸附剂用量以及溶液初始浓度对重金属去除率的影响。
3.
It was found that in the bulk of pyrolytic carbon black(PCB), the peak of ‘=O/S—O' increases with the increase of pyrolysis temperature and the concentration of sulphide was high.
应用X射线光电子能谱(XPS)对废轮胎回转窑中试热解炭(PCB)中O、S、N、Zn的化学形态进行分析。
5) pyrolytic carbon black
热解炭黑
1.
Particle size and chemical compositions of pyrolytic carbon black and commercial carbon black;
废轮胎热解炭黑与工业炭黑的粒径及化学组成
2.
The recycled pyrolytic carbon black(PC) from used tyre was obtained by atmospheric pyrolysis with a small degree of aggregation,small surface area,and a lot of ashes and carbonaceous deposits.
系统地考察了未改性PC以及硝酸酸洗改性热解炭黑(WPC)、硬脂酸硝酸酸洗改性热解炭黑(SWPC) 表面能色散分量、极性分量、热力学函数变化以及炭黑表面不同活性点的能量分布情况, 并考察了改性处理对热解炭黑填充天然橡胶硫化胶机械性能的影响。
3.
The recovered pyrolytic carbon black(PC) from the used tyre was obtained by atmospheric pyrolysis, having small degree of aggregation and small surface area, having a lot of ashes and carbonaceous deposits.
本文系统考察了未改性PC以及硝酸酸洗改性热解炭黑(WPC)、硬脂酸—酸洗改性热解炭黑(SWPC)的表面能色散分量、极性分量、热力学函数变化以及炭黑表面不同活性点的能量分布情况等方面的差别，并考察了改性处理对热解炭黑填充天然橡胶硫化胶机械性能的影响。
6) pyrolytic char
热解炭
1.
The yield of pyrolytic char was about 39%～44%.
在450℃～650℃温度范围内,热解炭的产率约为39%～44%,并具有高灰分(12%以上)和高硫含量特性。
2.
In all runs of temperature between 450 ℃ and 650 ℃, the mass yield of pyrolytic char was about 39%～44%.
在450～650℃热解试验温度范围内,热解炭产率约为39%～44%。
补充资料：煤炭国际贸易(见煤炭市场)
煤炭国际贸易(见煤炭市场)
international trade of coal:see coal market
煤炭国际贸易见煤炭市场。(international trade of eoal)
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