1.
The Structure Characters of Shenhua Coal and Its Coking Behavior Blended with Coking Coals;
神华煤大分子结构特征及其与强粘结性煤配合炼焦特性的研究
2.
dross coal
渣煤, 不粘(结性)煤
3.
Reiable operation, no coal adhering and blockage. Good adaptability to various coal powder.
性能稳定可靠，不结粘、不堵粉，对煤粉适应性强。
4.
Only the nonagglomerating coal can be used in this kind of gasifier.
这类气化炉只能使用非粘结性的煤。
5.
The results show that there is bigger influence of coal extraction on caking property.
结果表明,煤的抽提率对粘结性有较大的影响。
6.
The freezing point of the modified bone glue produced by this technics is very low and the adhesive strength is very high.
所得到的改性骨胶粘合剂凝固点低 ,粘结强度高
7.
No crystallization could be seen.
其可塑性、粘结性及乾燥强度较好。
8.
Influence of Caking Property on Volatile s Distillation and Coke s Combustion;
煤的粘结性对挥发分析出及焦炭燃烧的影响
9.
Study on Pavement Performance of Lime-flyash Micro-bonded Graded Aggregates
石灰粉煤灰微粘结级配碎石路用性能研究
10.
Study on Improving the Bitumen Stickiness by Compositing Magncsinm Slag with Cement and Fly-ash
镁渣与水泥、粉煤灰复合改善沥青粘结性研究
11.
On the Stress-Strain-Strength Characteristics of Quasi-Overconsolidated Clay
拟似超固结粘土的应力-应变-强度特性
12.
Experimental Studies on Bond Behavior of High Strength CFRP Plates
高强度CFRP板粘结性能试验研究
13.
Concretion properties of organic-binder oxidate pellets and strengthen measures
有机粘结剂氧化球团固结特性及强化措施
14.
Research on Time-dependent Mechanical Behavior of Strong Structured Clay in Zhanjiang Area;
湛江强结构性粘土力学性状的时间效应研究
15.
NONLINEAR NUMERICAL SIMULATION OF BONDING PERFORMANCE BETWEEN GFRP AND HIGH-STRENGTH CONCRETE
GFRP-高强混凝土粘结性能的非线性数值分析
16.
Microtensile bond strengths of five dentin adhesive systems
5种牙本质粘结系统粘结强度的比较
17.
Freeze-thaw resistance behavior of bonded joints between FRP and concrete
纤维增强塑料与混凝土粘结抗冻融性能研究
18.
The Fracture and Bond Performances of Fiber Reinforced and Rehabilitated Concrete;
纤维增强与加固混凝土断裂与粘结性能