1.
Effect of pyrolysis conditions on vacuum pyrolysis of scrap printed circuit boards
热解条件对废电路板真空热解规律的影响
2.
Effects of pyrolytic conditions on pyrolysis yield of crop stalks.
热解条件对农作物秸秆热解产物得率的影响
3.
EFFECT OF PROLYSIS CONDITION ON THE PORE STRUCTURE OF HUAINAN COAL CHAR
热解条件对淮南煤焦孔隙结构的影响
4.
Effects of pyrolysis conditions on performance of crop stalk carbon.
热解条件对农作物秸秆炭性能的影响
5.
Influence of Pyrolysis Condition and Coal Type on Gasification Reactivity of Charcoal
热解条件及煤种对煤焦气化活性的影响
6.
Impact of pyrolysis conditions on the yield rate of hippophae vinegar fluid and its components.
热解条件对沙棘醋液得率及其组分的影响
7.
Inverse determination of thermal boundary condition parameters in hot rolling process by numerical analytic method
应用解析数值法反求热轧过程的传热边界条件
8.
(2) At heated condition, the nucleic acid degradation activities of naphthlimide analogs.
(2)加热条件下萘酰亚胺类似物降解核酸。
9.
The Domain Decomposition of Thermodynamic Sea Ice System and the Control of Continuous Condition;
海冰热力系统区域分解及连续性条件的控制
10.
Blow-up of Solutions for Some Systems of Heat Equations with Nonlinear Boundary Conditions
几类具非线性边界条件的热方程组解的爆破
11.
Characteristic of Sludge Thermal Hydrolysis Using Microwave Heating with Alkali Addition
碱辅助条件下的污泥微波热水解特性研究
12.
MECHANISM STUDY OF CELLUOSE PYROLYSIS UNDER DIFFERENT TORREFACTION CONDITIONS
不同烘焙条件对纤维素热裂解机理的影响研究
13.
Effects of catalytic cracking conditions on biomass tar cracking
催化裂化条件对处理生物质热解焦油的影响
14.
Thermal Decomposition Characteristics of Gram-level AP under the Constant Temperature Condition of 170℃
170℃恒温条件下克级高氯酸铵的热分解特性
15.
Volatilization Characteristics of Biomass with Low Ash Content by Flash Pyrolysis;
闪速加热条件下低灰分生物质热解挥发特性的研究
16.
The artical introduces elementary equation, boundary and initial conditions of model of equivalent conduction heat transfer, physical property prarameters processing and the method of value solving.
介绍了等效传导传热模型的基本方程、界条件和初始条件、性参数的处理以及数值求解方法等。
17.
A TREATMENT METHOD OF THE BOUNDARY CONDITION OF THE HUMAN BODY BIO-HEAT EQUATION
数值求解人体生物热方程时边界条件的处理方法
18.
Biomass Pyrolysis under Conventional and Unconventional Conditions and Comprehensive Utilization of the Biomass;
生物质常规与非常规条件下的热解行为及升值利用研究