1.
THE PREPARATION OF THE PITCH-BASED CARBON FIBER FROM FCC HEAVY AROMATICS
流化催化裂化重芳烃试制沥青碳纤维
2.
Comparison and Analysis of Two Kinds of Deep Processing Technology for C_(10) Heavy Aromatics;
两种C_(10)重芳烃深加工工艺的对比分析
3.
CONVERSION OF C_9~+ HEAVY AROMATICS TO LIGHT AROMATICS OVER MOLYBDENUM-BASED ZEOLITE CATALYSTS
载钼分子筛催化剂上C_9~+重芳烃的轻质化
4.
Technological and Economical Analysis of Alkylbenzene Sulfonates Recovery Production Plants with Mixture C_9 Heavy Aromatic Hydrocarbons;
利用混合C_9重芳烃回收磺酸盐装置技术经济分析
5.
Preparation of Mesoporous Mordenite and Its Catalytic Performance for Transformation of Heavy Aromatics
介孔丝光沸石的制备及其对重芳烃转化反应的催化性能
6.
Removal Olefins from Reforming Aromatic by Ionic Liquid Catalyst
离子液体催化脱除重整芳烃中微量烯烃
7.
The univalent cation RN2, in which R is an aromatic hydrocarbon.
重氮基一价阳离子rN2，其中r是芳（旋）烃
8.
Deep processing and coprehensive utilization of C_(10) aromatics hydrocarbon in reformer unit
重整C_(10)芳烃的深加工与综合利用
9.
LUMPED KINETIC MODEL OF AROMATIC TYPE CATALYTIC NAPHTHA REFORMING
芳烃型催化重整集总反应动力学模型
10.
Removal of Trace Olefins from Reforming Aromatic Hydrocarbons over Y Zeolites Loading Phospho-Molybdic Acid Catalyst
Y型分子筛负载磷钼酸催化脱除重整芳烃中微量烯烃
11.
Design and Application of the High Efficient Separation Technology in C9 Arenes;
重整碳九芳烃高效分离技术设计及应用
12.
The Optimization Exchanges Builds up Rallies the Oil Proportion to Enhance the Aromatic Hydrocarbon Installment Movement Benefit
优化兑炼重整油比例 提高芳烃装置运行效益
13.
Recently, aromatic saturation in distillate fractions specially in diesel fuel has received considerable attention.
近年来石油（其是柴油）分脱除芳烃的问题受到越来越多的重视。
14.
Application of APC on CCR and Aromatic Extraction United Unit
先进控制在某连续重整-芳烃抽提联合装置中的应用
15.
Study on the Level of PAH-Benzo[a]Pyrene in Soil of the Heavy Chemical District in Tianjin;
天津市重化工区土壤中多环芳烃—苯并［a］芘的含量研究
16.
Study on the Distribution of Heavy Metals and PAHs in the Multi-phases in the Nanhu Lake;
南湖水体多相体系中重金属及多环芳烃的分布研究
17.
Polycyclic Aromatic Hydrocarbons, Organochlorine Pesticides and Heavy Metals in Mainstream Cigarette Smoke;
卷烟主流烟气中多环芳烃、有机氯农药和重金属研究
18.
The Technology of Multivariable Predictive Control Used in the Unite Equipments of Continuous Reforming and Aromatic Hydrocarbon Extraction;
多变量预估控制技术在连续重整/芳烃抽提联合装置的应用