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[10]孙猛，刘石，李志宏，等.基于电容成像的料腿内气固 [21] MERILO M,DECHENE R L,CICHOWALAS W M. 两相流浓度测量[J].仪器仪表学报，2009,30(2)： Void fraction measurement with a rotating electric field 261-266. conductance gauge[J].Journal of Heat Transfer,1977 SUN M,LIU SH,LI ZH H,et al.Concentration meas- (99):330-332. urement of gas-solid two phase flow in the dipleg based on 作者简介 electrical capacitance tomography[J].Chinese Joural of 叶佳敏，2004和2009年分别获得天津大 Scientific Instrument,2009,30(2):261-266. 学学士和博士学位，现为清华大学博士后，主 [11]杨道业，许传龙，周宾，等.基于单检测通道的电容层 要研究方向为传感器设计和多相流测量。 析成像系统[J].仪器仪表学报，2010,31(1)： E-mail:yejiamin@hotmail.com 132-136. Ye Jiamin received B.Eng.and Ph.D. YANG D Y,XU CH L,ZHOU B,et al.Electrical ca- degrees both from Tianjin University in 2004 and pacitance tomography system based on single measure- 2009,respectively.She is currently a post doctor in Tsinghua Uni- ment channel[J].Chinese Joural of Scientific Instru- versity Her current research interests include measurement tech- ment,2010,31(1):132-136. niques for multiphuse flow,process tomography and sensor design. [12]崔自强，王化样.提高电容层析成像系统实时性研究 彭黎辉，分别于1990、1995和1998年 [J].仪器仪表学报，2010,31(9)：1939-1945. 获得清华大学学士、硕士、博士学位，现为 CUI Z Q,WANG H X.Improvements on real-time per- 消华大学自动化系教授，主要研究方向为 formance of electrical capacitance tomography[J].Chi- 多相流测量技术、成像技术、先进传感技 nese Journal of Scientific Instrument,2010,31(9): 术、多传感器数据融合、智能检测仪表等。 1939-1945. E-mail:lihuipeng@tsinghua.edu.cn [13]YANG W Q,SPINK D M,YORK T A,et al.An image Peng Lihui received B.Eng.,M.Sc.and Ph.D.degrees all reconstruction algorithm based on Landweber's iteration from Tsinghua University,Beijing,China,in 1990,1995 and method for electrical capacitance tomography[J].Meas. 1998,respectively.He is currently a professor in Department of Sci.&Technol..,1999,10(11):1095-1099. Automation,Tsinghua University.His current research interests [14]WANG H X,TANG L,CAO Z.An image reconstruction include measurement techniques for multiphase flow,process algorithm based on total variation with adaptive mesh re- tomography,multi-sensor data fusion,flow measurement and in- finement for ECT[J].Flow Meas.Instrum.,2007, strumentation. 18(5-6):262267. 万方数据仪器仪表学报 第3 3卷 ∞n∞n[J]．Meas．Sci．Technol，2010，21 (4)：042001． [7]陈德运，尹小燕，孙立镌，电容层析成像系统传感器优 化设计及仿真[J]．电子测量与仪器学报．2006，20 (1)：22-27． CHEND Y，YIN X Y，SUN L Q．Optimal design and simulation of electrical capacitance sensor for electrical capacitance tomography system[J]．Joumal of Electronic Measurement and Instrument，2006，20(1)：22-27． [8] 曹章，王化祥．气固两相流固相浓度电容式传感器优 化设计[J]仪器仪表学报，2007，28(11)：1956-1959 CAt)ZH．WANG H X．Optimization of capacitance sen￾som for solid concentration measurement in gas／solid two— phMe flow[J]．Chinese Journal of Scientific Instrument， 2007，28(11)：1956—1959． [9]郭志恒，邵富群．律德才．一种新的ECT敏感场计算 方法[J]仪器仪表学报，2009，30(10)：2023-2026 GUO ZHI H，SHAO F Q，LV D C．New calculation meth- 0d of sensitivity distribution for ECT[J]．Chinese Journal 0fSCienfifie Instrument．2009，30(10)：2023-2026． [10]孙猛，刘石，李志宏．等．基于电容成像的料腿内气固 两相流浓度测量[J]．仪器仪表学报，2009，30(2)： 261-266． SUN M。LIE SH，LI ZH H，et a1．Concentration mnB— urement of gas—solid two phme flow in the diphg based oil electrical capacitance tomography[J]．Chinese Journal of Scientific Instrument，2009，30(2)：261-266 [11]杨道业，许传龙．周宾，等．基于单检测通道的电容层 析成像系统[J]．仪器仪表学报，2010，31(1)： 132．136． YANG D Y。XU CH L。ZHOU B，et a1．Electrical ca￾pacitance tomography system based on single meaftllre— ment channel[J]．Chinese Journal of Scientific Instm￾ment，2010，31(1)：132-136． [12]崔自强，王化祥．提高电容层析成像系统实时性研究 [J]．仪器仪表学报，2010，31(9)：1939-1945． CUI z Q，WANG H X．Improvements OB real-time per￾formanee of electrical capacitance tamagraphy[J]．Chi· nese Journal of Seientific Instrument，2010，31(9)： 1939．1945． [13]YANGW Q．SPINKDM，YORK TA，etal．Animage reconstruction丑Lgarithm baaed Oil Landweber’s iteration method for electrical capacitance tomography[J]．Meas． Sci．＆Techn01．．1999．IO(11)：1095—1099． [14]WANG H x。TANG L，CAO z．An image reconstruction algorithm based on total variation with adaptive mesh re￾fmement for Ecr[J】．Flow Mess．＆Immma．，2007， 18(5-6)：262-267． [15]FANG W F．A nonlinear image reconstnlction algorithm for electrical capacitance tomography[J]Meas．Sci． Techn01．，2004，15：2124-2132． [16]SOLEIMANI M．LIONHEART W R B，Nonlinear image reconstruction for electrical capacitance tomogeaphy using experimental data[J]．Meas．Sci Teehn01．，2005，16： 1987．1996 [17]ⅥL，YANG W O．Image reconstruction by nonlinear Landweber iteration for complicated distributions[J]． Mess．Sci．Teehn01．．2008．19：1-8． [18] NICHOLLS G K，FOX c Prior modeling and postorior sampling in impedance imaging[C]．Prec．SPIE，1998， 3459：1116-1127 [19] KAIPl0 J P．KOLEHMAINEN V，SOMERSALO E，et al Statistical inversion and Monte Carlo sⅢpling meth· od8 in electrical impedance tomography[J]．Inverse Problems．2000，16：1487—1522． [20]WAIZENIG D．FOX C．A review of statistical modeling and inference for electrical capacitance tomography[J]． Mess．SCi．Teehn01．．2009。20(5)：1-22． [21] MERILO M，DECHENE R L，CICHOWALAS W M． Void fraction measurement with 8 rotating electric field conductance gauge[J]．Journal of Heat Transfer，1977 (99)：330—332． 作者简介 Peng I．ihui m¨i ved B．Eng．．M．Sc．and Ph．D．degrees all from Tsinghua UniveHjty，Beijing，China，in 1990，1995 and 1998，respectively．He is CUTTendy a professor in Department of Automation．Tsinghua University．His current research interests include measurement techniques for muhiphase flow，process tomography，multi—sensor data fusion，flow measurement and in· stramentation． 目笺寥 万方数据