
参考文献
[1]Bucklin R.W.,Won K.W.,Higee contactors for selective H2S removal and superdehydration,Laurance Reid Gas Conditioning Conference,Univ.of Oklahoma,USA Mar.,1987,2-4.
[2]Ramshaw C.,Mallinson R.H.,Mass transfer apparatus and its use[P],EP 0002568,1979.6.27.
[3]Ramshaw C.,Mallinson R.H.,Process and apparatus for effecting mass transfer[P],EP 0023745,1985.5.8.
[4]Steel M.L.,Norton B.P.,Apparatus and process for treating a fluid material while it is subjected to a centrifugal force[P],EP 0024097,1981.2.25.
[5]Toms D.J.,The removal of hydrogen sulphide from gas streams[P],EP 0084410,1983.7.27.
[6]Ramshaw C.,Mallinson R.H.,Mass transfer process[P],US 4283255,1981.8.11.
[7]James W.W.(Cleveland),Centrifugal gas-liquid contact apparatus[P],US 4382045,1983.5.3.
[8]James W.W.(Middlesbrough),Centrifugal gas-liquid contact apparatus[P],US 4382900,1983.5.10.
[9]Short H.,New mass transfer find is a matter of gravity,Chemical Engineering,Feb.21,1983,23-29.
[10]Mohr R.J.,The role of Higee technology in gas processing,GPA(Gas Processing Association)meeting,Dallas,1985,USA.
[11]Singh S.P.,Air stripping of volatile organic compounds from groundwater:an evaluation of a centrifugal vapor-liquid contactor,Doctoral Dissertation,The University of Tennessee(1989).
[12]陈文炳,金光海,刘传富.新型离心传质设备的研究.化工学报,1989,(5):635-639.
[13]朱慧铭.超重力场传质过程的研究及其在核潜艇内空气净化中的应用[D].天津:天津大学,1991.
[14]沈浩,施南庚.用离心传质机对含氨废水进行吹脱.南京化工学院学报,1994,16(4):60-64.
[15]Fowler R.and Khan A.S.,VOC removal with a rotary air stripper,AIChE Annual Meeting,New York:Nov.,1987,15-17 .
[16]Smelser S.C.et al,Selective acid gas removal using the Higee absorber,AIChE Spring Meeting,Orlando,Florida,Mar., 1990,18-22.
[17]Fowler R.,HIGEE—A status report,Chemical Engineer,Jan.1989,35-37.
[18]Fowler R.,Gerdes K.F.and Nygaard H.F.,A commercial scale demonstration of Higee for bulk CO2removal and gas dehydration,21st Annual Offshore Technology Conference,Houston,Texas,USA May,1989,1-4.
[19]Mohr R.J.,The role of Higee technology in gas processing,GPA(Gas Processing Association)meeting,Dallas,USA(1985).
[20]Ai-Shaban K.,Balasundaram V.,Howarth C.R.,Ramshaw C.and Peel J.R.A.,The hydrodynamic and mass transfer characteristics of a large centrifugal water deoxygenator,Personal communication.
[21]郝靖国(Jimkuo Haw),Mass transfer of centrifugally enhanced polymer devolatilization by using foam metal bed,MS.Dissertation,Case Western Reserve University(1995).
[22]周绪美,郭锴,王玉红,冯元鼎,郑冲,单永年,张希俭,周秋柱.超重力场技术用于油田注水脱氧的工业研究.石油化工,1994,23(12):807-812.
[23]万冬梅.超重机技术用于工业尾气脱硫化学吸收过程的研究[D].北京:北京化工大学,1995.
[24]化工部超重力工程技术研究中心可行性报告.北京化工大学(内部资料),1995.
[25]张健.旋转床超重力场分离气溶胶的研究.北京:北京化工大学,1994.
[26]Chen Jianfeng,Wang Yuhong,Guo Fen,et al.Synthesis of Nanoparticles with Novel Technology:High-Gravity Reactive Precipitation.Ind.Eng.Chem.Res.,2000,39:948-954.
[27]Zhao Hong,Shao Lei,Chen Jianfeng.High-gravity process intensification technology and application.Chem.Eng J.,2010,156(3):588-593.
[28]陈建峰等.分子化学工程.中国工程院化工、冶金与材料工程学部学术年会报告.宁波:2014.