1.
The apparatus used in the cracking of petroleum.
裂化设备用于裂化石油的装置
2.
Critical units to be upgraded include fluid catalytic cracker units, cokers, ultracrackers and alkylation units.
关键单元的升级包括液态催化裂化装置设备、炼焦器、超加氢裂化装置以及烷化设备。
3.
The Stress Corrosion Cracking of the Regenerator in Fluid Catalytic Cracking--the Controlling of Stress Factors in Equipment Manufacturing;
催化裂化再生器应力腐蚀裂纹“应力因素”在设备制造中的控制
4.
Analysis of Equipment Corrosion in FCC Unit Processing High-acidity Crude
催化裂化装置加工高酸原油的设备腐蚀分析
5.
Cause of Welding Cracks for Ti Equipment and Its Process Optimization in Winter
冬季施焊钛设备焊接裂纹成因及其工艺优化
6.
Electro liquid control plug valve is the high and new technical equipment applied in FCC unit in recent years.
电液控制塞阀是近年来应用于流化催化裂化装置的高新技术设备。
7.
Research on the Speed and Moment for Fracture Splitting of Engine Automobile Connecting Rod
汽车连杆裂解设备裂解力矩和裂解速度的研究
8.
Technical code for weld hardness of steel equipment to prevent sulfide stress cracking
控制钢制设备焊缝硬度防止硫化物应力开裂技术规范
9.
overdesign of cracking unit
有余量的裂化装置设计
10.
Control and causes analysis of the concrete cracks in the soleplate of backfire stove
回火炉设备基础底板混凝土裂缝控制
11.
On temperature control and crack prevention of large volume concrete equipment foundation
大体积混凝土设备基础的温控和防裂
12.
Accident and repair of expanding crack in cold box for a 16000m~3/h air separation unit
16000m~3/h空分设备冷箱胀裂及修复
13.
Research on the Synthesis of Carbon Nanotubes from Alcohol by Catalytic Pyrolysis Method;
催化裂解无水乙醇制备纳米碳管研究
14.
Preparation of Carbon Nanofibers by Catalytic Pyrolysis Ethine using Cu/La_2O_3 as the Catalyst
Cu/La_2O_3催化裂解乙炔制备碳纳米纤维
15.
Catalytic cracking of C_5 raffinate for ethylene and propylene on HZSM-5
HZSM-5催化裂解抽余C_5制备乙烯/丙烯
16.
The application of rupture mechanics and remanufacturing technology is very important not only to petrochemistry industry but also to the life-prolong of equipment.
石油化工行业对于断裂力学和再制造技术的应用极为重要,对设备延寿有重要意义。
17.
Specification for design of equipment foundations in chemical industry
化工设备基础设计规定
18.
Study on Preparation and Reaction Performance of High Activity Additive in FCC;
催化裂化高活性助剂制备及其反应性能研究