1.
Study on Synthesis Material Recovery of Vent Gas from F-T Synthesis
回收费托合成弛放气中合成原料的研究
2.
Revamp for Energy Saving by Utilizing Methanol Purge Gas in Converter
合成装置利用甲醇弛放气的节能改造
3.
Process Analysis of Recovery of Hydrogen in Purge Gas from Gas-to-Liquid Plant by Membrane Separation
膜法回收天然气制合成油装置弛放气中氢气的流程分析
4.
Application of Hydrogen Extraction Technology by Pressure Variation Adsorption in Hydrogen Recovery Plant from Releasing Gas of Ammonia Synthesis
变压吸附提氢技术在合成氨弛放气氢回收装置的应用
5.
COMPARISON OF EQUATIONS OF STATE IN CALCULATING THE VAPOR-LIQUID EQUILIBRIA OF GAS-HEAVY ALKANE SYSTEMS
费托合成体系气体-高碳烷烃的相平衡计算
6.
Idea and Practice for Combinative Production of Syntesis Ammonia Utilizing Methanol Releasing Gas
Shell煤气化配套50万t/a甲醇装置之甲醇弛放气联产合成氨的方案与实效
7.
Hydrogen/hydrogen-rich Syngas Production from Bio-oil Steam Reforming and Synthesis of F-T Liquid Fuels;
生物油重整制氢/富氢合成气以及费托液体燃料的合成
8.
Analysis of Oxygenates Compounds in Aqueous Products of Fischer-Tropsch Synthesis by Gas Chromatography
费-托合成水相产物中含氧有机化合物的气相色谱分析
9.
Probe into carbon dioxide supplement on methanol synthesis from natural gas by introducing hydrogen production exhaust gas
天然气混合制氢弛放气生产甲醇的补碳方法探讨
10.
A LABORATORY STUDY OF USING FISCHER-TROPSCH SYNTHETIC FUEL AS JET FUEL
国产费-托合成燃料用于喷气燃料馏分的试验研究
11.
Fischer-Tropsch Synthesis over ZrO_2-SiO_2 Supported Cobalt Catalysts
ZrO_2-SiO_2负载钴催化剂上的费托合成反应
12.
Study on Synthesis of Fischer-tropsch Wax by Cobalt-based Catalysts
Co基催化剂用于费托蜡合成的研究
13.
The selection of the cobalt catalysts for Fischer-Tropsch synthesis
煤基费托合成催化剂活性组分的选择
14.
Highly Dispersed Supported Co Catalysts for Fischer-Tropsch Synthesis
用于费-托合成的高分散型钴基催化剂
15.
Experiment Investigation on Combustion Characteristics of Purge Gas in Poly-generation System
多联产系统中弛放气的燃烧特性研究
16.
The application of CNG-air mixture adding purge gas used as gas source for peak load adjustment
CNG混空气掺混弛放气作为调峰气源的应用
17.
PROCESS SIMULATION OF REMOVING ACIDS AND OXYGENATES FROM OIL OF FISCHERTROPSCH SYNTHESIS
费托合成油品脱酸和含氧化合物过程模拟
18.
Synthesis and Relaxivity of Multi-Nuclear Gadolinium Complexes as New MRI Contrast Agents;
多倍体钆（Ⅲ）配合物的合成与弛豫效能