1.
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
2.
Study on Degraded Mechanism of High Density Hard to be Degraded Dyeing Waste Water Using Frequency Conversion Ultrasonic Focalize Decomposition Method;
高浓度难降解印染废水变频超声聚焦裂解机理的研究
3.
Pyrolysis Mechanism of Carbon Matrix Precursor Cyclohexane for the Rapid Densification Process;
快速液相沉积致密化工艺碳前驱体环己烷的热裂解机理
4.
Coke Deposition in Convection Tubes of Cracking Furnace for Oil Fractions
馏份油热裂解炉汽化段结焦机理探讨
5.
Control of Products and Mechanism of Degradation during Catalytic Degradation of Polyolefin;
聚烯烃催化裂解产物控制与机理研究
6.
Experimental Studies on Biomass Pyrolysis Mechanism for Bio-oil and Design of Fluidized-bed Flash Pyrolysis Facility;
生物质热裂解制油机理试验研究及流化床闪速热裂解装置设计
7.
Analysis on Mechanism of Cleavage Fracture in a Low Alloyed Steel at Different Low Temperature
低合金钢在不同低温下解理断裂机理的研究
8.
Theoritical Studies on the Pyrolysis Mechanism of Pyridazine
哒嗪裂解反应机理的密度泛函理论研究
9.
The results provided theoretical basis for down-hole catalytic upgrading of heavy oil.
探讨了催化剂对稠油水热裂解反应的催化机理。
10.
Mechanism Research of Biomass Pyrolysis on Component Analysis and Kinetic Study;
基于组分分析的生物质热裂解动力学机理研究
11.
Computational investigation of the enzymatic mechanisms of phosphothreonine lyase
苏氨酸磷酸裂解酶催化机理的计算化学研究
12.
Overpressure relief mechanisms of cracked gas reservoir in Minfeng area of Dongying Depression
东营凹陷民丰地区裂解气藏超压释放机理
13.
Research on the Key Technologies of High Consistence and Difficult Decomposition Industrial Wastewater by Ultrasonic Decompose Method;
高浓度、难降解有机污水超声聚焦裂解处理关键技术的研究
14.
Study on the Mechanism of Thermal Degradation of Diethyl Phthalate by Pyrolysis GC/MS
用裂解气相色谱质谱法研究增塑剂DEP热降解机理
15.
New Catalysts Studies on the Catalytic Decomposition and Disproportionation Reactions and Mechanism of Organosilicon High-boiling Residue;
有机硅高沸物催化裂解制单硅烷新型催化剂研究及机理探讨
16.
Theoretical Study of the Olefin Cracking and the Pentene Isomerization over Zeolites;
分子筛催化的烯烃裂解及戊烯异构反应机理的理论研究
17.
Numerical Simulation of Engine Con-rod Fracture Splitting Process and Analysis on Effect Factors
发动机连杆裂解过程数值模拟及裂解参量分析
18.
That means PMMA has changed from polar polymer to non-polar polymer.
对此现象的解释机理提出了“孔洞”与“极性基团断裂”两种假设。