Coke的例句大全

Disposal Methods Exploration of Galvanized Liquid Waste Scrap iron Coke

镀锌废水处理方法新探&铁屑和焦炭法

The calorific power increases from 800 kcal/ m3 to 1000-1100kcal/ m3, therefore large amount of coke-oven gas can be saved.

煤气发热值由800kcal/m~3提高到1000～1100kcal/m~3，因而可节约大量焦炉煤气。

The cold mechanical strength almost not change under the optimal bulk density, while thermal property change a lot which is largely affected by coal. So, the coke of gas coal has a good cold strength, but thermal property is poor.

最佳堆密度下的焦炭冷态强度基本不变，而热性质变化较大，主要受煤质影响，所以气煤焦炭尽管有较好的冷态强度，但热态强度仍较差。

Coke tower is the core equipment coke process and use one of the worst equipment environment in multiphase environment, long-term experience severe pressure circulation and thermal circulation, can produce weld cracking and cylinder tower festival bouffant deformation.

焦炭塔是焦炭化工艺中的核心设备和使用环境最恶劣的设备之一，长期在多相环境中经受严厉的压力循环和热循环，会产生焊缝开裂及筒体塔节的鼓胀变形。

The Effect Factors of Mesophase Thermal Conversion Process Used for Needle Coke Formation

形成针状焦的中间相热转化过程中影响因素研究

Thermal Gravimetric Analysis on Co-gasification Characteristics of Biomass and Coal Blends The influence and countermeasure analysis of natural coke on coal quality

掺混生物质焦和煤焦共气化的热重分析浅谈天然焦混入对煤质的影响及对策

Formation of Coke in Thermal Cracking of Jet Fuel Under Supercritical Conditions

航空燃料超临界热裂解过程中焦炭的形成

Study of coke formation in thermal cracking of home-made jet fuel RP-3 under supercritical conditions was carried out in a continuous flow reactor system. Mechanism and process of coke formation was stated.

采用连续流动反应装置研究了国产航空燃料RP-3在超临界热裂解条件下焦炭形成的规律和性质，总结了焦炭的形成机理和形成过程。

The Application of Continuous Radiation Level Measurement System in the Coke Thermal Cracking Tower for Level Control

连续γ射线料位测量系统在焦化塔料位控制中的应用

Thermal measurement and its theoretical development of coke oven

焦炉热工测试及其理论进展

Study on Relationship of Porosity& Pore Structure of Metallurgical Coke with Thermal Performance

冶金焦气孔率和气孔结构与热性能关系的研究

Thermal polymerization temperature was too low to form a mesophase ordering; temperature was too high, the coke prepared often poor and loosely ordered.

热聚温度过低，无法形成有序性中间相；温度太高，制备的生焦往往有序性差且结构松散。

Thermal polymerization time was conducive to the full formation of mesophase, financial and ultimately the formation of non-spherical mesophase streamlined, fibrous coke structure.

热聚时间的延长有利于中间相小球体充分生成，融并，最终形成非球中间相广域流线型、纤维状的生焦结构。

Industrial Research on enhancement of thermal properties of coke at Anyang Steel

改善安钢焦炭热性能工业性试验研究

Application of Additive Property of Coke Thermal Property in Coal Blending Study

焦炭热性质加和性在配煤研究中的应用

Effect of blast furnace coal injection on thermal property of coke

高炉喷吹高反应性煤对焦炭高温性能的影响

Study on the influence of anthracite on thermal property of coke

无烟煤影响焦炭热性能的试验研究

Discussion on Influencing Factor of Thermal Property of Coke

焦炭热性能的影响因素探讨

Research Progress on Thermal Property of Coke

焦炭热性质的研究进展

Study on Coke Generating Mechanism of Vacuum Residue Heavy Resin in Thermal Reaction

减压渣油重胶质热反应生焦机理的研究