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- pyrolysis gas separation 裂解气分离
- A new silicon membrane, which is employable in gas separation at higher temperature,is developed by control pyrolysis and activation of a thermosetting.silicon resin membrane. 通过热固性硅树脂膜的控制裂解和活化，开发出一种新型的可用于高温气体分离的硅膜。
- pyrolysis gas separator 裂解气分离
- The photocopy toners were collected and analyzed with pyrolysis gas chromatography (Py-GC) and Py-GC/mass spectrometry. 采用裂解气相色谱技术,对收集到的复印墨粉进行分离分析,并用裂解气相色谱/质谱联用技术,对所得裂解峰进行归属。
- Structure of polyester urethanes have been analyzed by pyrolysis gas chromatography/mass spectrometry(PY GC/MS). 应用PY GC/MS联用技术对聚酯型聚氨酯的结构组成进行了研究。
- It relates to pyrolysis gas Chromatography to evaluate polyacrylic rubber and some other copoiymer or blends. 李文应用裂解色谱法对丙烯酸酯等物质的共聚物与共混物进行了鉴定。
- In this process, the pyrolyzer uses generally the self-generated pyrolysis gas as the fluidizing gas. 在这个过程中，热解反应器通常利用自身产生的热解气作为流化介质。
- cryogenic separation of pyrolysis gas [化] 裂解气深冷分离
- oil absorption separation of pyrolysis gas [化] 裂解气的油吸收分离
- Future work will address the recovery of + water from the product gas,and whether the fluidisation gas in the pyrolysis gas may be air. 如果在高温分解气中的高速气流输送气体可能晾干，未来的工作将忙于对产气中的+水的恢复。
- Future work will address the recovery of+ water from the product gas, and whether the fluidisation gas in the pyrolysis gas may be air. 如果在高温分解气中的高速气流输送气体可能晾干，未来的工作将忙于对产气中的+的恢复。
- It is still at study that pyrolysis gas chromatography technology is applied in the evaluation of reservoir fluid property. 热解气相色谱技术应用于储集层流体性质评价目前还处在探索阶段。
- MethodsThe essential oil in clove was separated and identified by pyrolysis gas chromatography mass spectrometry(Py GC MS). 方法采用裂解毛细管气相色谱质谱联用技术对丁香油成分进行分离并定性、定量。
- It is shown that the extract content,TLC FID analysis data,characteristics of thermal extract and pyrolysis gas chromatography of reser... 结果表明,油层、水层、干层及气层在抽提物含量、棒薄层色谱特征、族组成及热解气相色谱特征上均存在明显的差别。
- Simulation results also show that, compared with other contented species (CO, H2), CH4 has the most important effects on reducing NO in biomass pyrolysis gas reburning process. 计算结果表明，热解气成分中对再燃还原NO起主要作用的是CH4，而CO和H2等成分影响较弱。
- The design of DCS in HF Alkylation unit,MTBE unit and Gas Separation unit is introduced. 介绍了氢氟酸烷基化装置、甲基叔丁基醚(MTBE)装置及气分装置等的DCS的设计。
- The skin layer of reverse osmosis membrane and gas separation membraneis much dense than ultrafiltration membrane's. 反渗透膜及气体分离膜具有比超滤膜更致密的皮层,使电镜观察其微细结构更加困难。
- Pressure swing adsorption(PSA) gas separation process is analyzed with the systematic entropy analytical method. 采用系统熵分析的方法对变压吸附气体分离过程进行了分析。
- Zeolite membranes have mainly been applied to gas separation, pervaporation, and membrane reactors. 包括晶种法和原位合成法,以及沸石分子筛膜在气体分离、渗透汽化和膜反应器中的应用。
- Using analytical method of pyrolysis gas chromatography/mass spectrometry, the temperature effect on pyrolyzate was studied, and the pyrolysis rule of tetrabasic copolymer was discussed. 用热裂解色谱质谱分析方法,研究了裂解温度对裂解产物的影响,并讨论了四元共聚物的热裂解规律。
