Genghis Zhang D,Cai W F,Xu C J,et al．A general enhancement factor model of the physical absorption of gases in multiphase systems[J]．Chemical Engineering Science,2006,61(2)：558-568．
[2]
Ramchandran C A,Sharma M M．Adsorption with fast reaction in a slurry containing sparingly soluble fine particles[J]．Chemical Engineering Science,1969(24)：1681-1686．
[3]
Kars R L,Best R J,Drinkenburg A A H．The sorption of propane in slurries of active carbon in water [J]．Chemical Engineering Journal,1979(17)：201-210．
[4]
Alper E,Whichtendahl B,Deckwer W D．Gas absorption mechanism in catalytic slurry reactors[J]．Chemical Engineering Science,1980(35)：217-222．
[5]
Cai W F,Zhang J,Wang Y,et al．Enhancement of CO2 absorption under Taylor flow in the presence of fine particles[J]．Chinese Journal of Chemical Engineering,2013,21(2)：135 -143．
[6]
Lindner D,Werner M,Schumpe A,Hydrogen transfer in slurries of carbon supported catalyst[J]．AIChE Journal,1988(34)：1691-1697．
[7]
Zhang J M,Duan Z Y,Xu C J,et al．Solid effects on gas-liquid mass transfer in catalytic slurry system of isobutene hydration over fine ion exchange resin particles[J]．Chemical Engineering Journal,2008,136(2-3)：276-281．
[8]
Mehra A．Gas absorption in reactive slurries：particle dissolution near gas-liquid interface[J]．Chemical Engineering Science,1996,51(3)：461-477．
[9]
Roizard C,Poncin S,Lapicque F,et al．Behavior of fine particles in the vicinity of a gas bubble in a stagnant and a moving fluid[J]．Chemical Engineering Science,1999,54(13-14)：2317-2323．
[10]
Wimmers O J,Pausussen R．Enhancement of absorption of a gas into a stagnant liquid in which a heterogeneously chemical reaction occurs[J]．Chemical Engineering Science,1984,39(9)：1415-1422．
[11]
Lu S M,Mq Y G,Zhu C Y,et al．The effect of hydrophobic modification of zeolites on CO2 absorption enhancement[J]．Chinese Journal of Chemical Engineering,2009,17(1)：36-41．
[12]
Ferreira A,Ferreira C,Teixeira J A,et al．Temperature and solid properties effects on gas-liquid mass transfer [J]．Chemical Engineering Journal,2010,162(2)：743-752．
[13]
Dagaonkar M V,Heeres H J,Deenackers A A C M,et al．The application of fine TiO2 particles for enhanced gas absorption[J]．Chemical Engineering Journal,2003,92(1-3)：151-159．
[14]
Tinge J T,Drinkenburg A A H．Absorption of gases into carbon-water slurries in a activated stirred cell [J]．Chemical Engineering Science,1992,47(6)：1337-1345．
[15]
Demmink J F,Mehra A,Beenackers A A C M．Gas absorption in the presence of particle showing interfacial affinity：case of fine sulfur precipitates[J]．Chemical Engineering Science,1998,53(16)：2885-2902．
[16]
成弘,周明,张缨,等．吸附剂细粉增强气液两相传质(II)实验[J]．化工学报,1999,50(6)：772-777．Cheng Hong,Zhou Ming,Zhang Ying,et al．Enhancement of fine absorbsent particles on gas-mass transfer (II)：experiment[J]．Journal of Chemistry Industry and Engeering,1999,50(6)：772-777(in Chinese)．
[17]
Kordac M,Linek V．Mechanism of enhanced gas absorption in presence of fine solid particles：effect of molecular diffusivity on mass transfer coefficient in stirred cell[J]．Chemical Engineering Science,2006,61(21)：7125-7132．
[18]
李昕,许春建,周明．浆料鼓泡塔内吸附剂微粒增强气液传质的研究[J]．北京理工大学学报,2008,28(3)：263-266．Li Xin,Xu Chunjian,Zhou Ming．A study of gas-liquid mass transfer enhancement of adsorbent particle in slurry bubble columns[J]．Transactions of Beijing Institute of Technology,2008,28(3)：263-266(in Chinese)．
[19]
宣益民,李强．纳米流体能量传递理论与应用[M]．北京：科学出版社,2010：21-26．Xuan Yimin,Li Qiang．Nanofluid energy transfer theory and application[M]．Beijing：Science Press,2010：21-26(in Chinese)．
[20]
张邵波,骆仲泱,寿春晖,等．层流区CuO-水纳米流体流动与对流换热特性[J]．中国电机工程学报,2009,29(32)：58-65．Zhang Shaobo,Luo Zhongyang,Shou Chunhui,et al．Heat transfer properties of CuO-water nanofluids in laminar flow[J]．Proceedings of the CSEE,2009,29(32)：58-65(in Chinese)．
[21]
熊建国,刘振华．平板热管微槽道传热面上纳米流体沸腾换热特性[J]．中国电机工程学报,2007,27(23)：105-109．Xiong Jianguo,Liu Zhenhua．Boiling heat transfer characteristics of nanofluids on flat heat pipe evaporator with micro-grooved surface[J]．Proceedings of the CSEE,2007,27(23)：105-109(in Chinese)．
[22]
Li Q,Xuan Y M．Convective heat transfer and flow characteristics of Cu-H2O nanofluid[J]．Science in China：Series E,2002,45(4)：408-416．
[23]
Yang Y,Zhang Z G,Grulke E A,et al．Heat transfer properties of nanoparticle-in-fluid dispersions(nanofluids) in laminar flow[J]．International Journal of Heat and Mass Transfer,2005,48(6)：1107-1116．
[24]
Krishnamurthy S,Bhattacharya P,Phelan P E,et al．Enhanced mass transport in nanofluids[J]．Nano Letters,2006,6(3)：419-423．
[25]
Kim J K,Jung J K,Kang Y T．The effect of nano-particles on the bubble absorption performance in a binary nanofluid[J]．International Journal of Refrigeration,2006,29(1)：22-29．
[26]
Kim J K,Jung J K,Kang Y T．Absorption performance enhancement by nano-particles and chemical surfactants in binary nanofluids[J]．International Journal of Refrigeration,2007,30(1)：50-57．
[27]
Ma X H,Su F M,Chen J B,et al．Heat and mass transfer enhancement of the bubble absorption for a binary nanofluid[J]．Journal of Mechanical Science and Technology,2007,21(11)：1338-1343．
[28]
Ma X H,Su F M,Lan Z,et al．Experimental study on the thermal physical properties of a CNTs-NH3 binary nanofluid[C]//ASME Micro/Nanoscale Heat Transfer International Conference,Taiwan,2008．
[29]
苏风民,马学虎,陈嘉宾,等．双组分纳米流体强化泡状吸收过程的实验研究[J]．制冷学报,2008,29(1)：8-12．Su Fengmin,Ma Xuehu,Chen Jiabin,et al．Experimental study on enhancement of bubble absorption with binary nanofluid[J]．Journal of Refrigeration,2008,29(1)：8-12(in Chinese)．
[30]
Lee J W,Jung J Y,Lee S G,et al．CO2 bubble absorption enhancement in methanol-based nanofluids [J]．International Journal of Refrigeration,2011,34(8)：1727-1733．
[31]
Pineda I T,Lee J W,Jung I,et al．CO2 absorption enhancement by methanol-based Al2O3 and SiO2nanofluids in a tray column absorber[J]．International Journal of Refrigeration,2012,35(5)：1402-1409．
Feng Xuemei,Johnson D W．Mass transfer in SiO2 nanofluids：A case against purported nanoparticle convection effects[J]．International Journal of Heat and Mass Transfer,2012,55(13-14)：3447-3453．
[34]
Holstvoogd R D,van Swaaij W P M．The influence of adsorption capacity on enhanced gas absorption in activated carbon slurries[J]．Chemical Engineering Science,1990,45(1)：151-162．
[35]
Van der Zon M,Hamersma P J,Poels E K．Gas-solid adhesion and solid-solid agglomeration of carbon supported catalysts in three slurry reactors[J]．Catalysis Today,1999,48(1)：131-138．
[36]
Ruthiya K C,van der Schaaf J,Kuster B F M,et al．Modeling the effect of particle-to-bubble adhesion on mass transport and reaction rate in a stirred slurry reaction：influence of catalyst support[J]．Chemical Engineering Science,2004,59(22-23)：5551-5558．
[37]
Godbole S P,Schumpe A,Shah Y T．The effect of solid wettability on gas-liquid mass transfer in a slurry bubble column[J]．Chemical Engineering Science,1990,45(12)：3593-3595．
[38]
Schumpe A,Saxena A K,Fang L K．Gas-liquid mass transfer in a slurry bubble column[J]．Chemical Engineering Science,1987,42(7)：1787-1796．
[39]
Kluytmans J H J,van Wachem B G M,Kuster B F M,et al．Mass transfer in sparged and stirred reactors：influence of carbon particles and electrolyte[J]．Chemical Engineering Science,2003,58(20)：4719-4728．
[40]
Reza Azizian,Elham Doroodchi,Behdad Moghtaderi．Effect of nanoconvection caused by brownian motion on the enhancement of thermal conductivity in nanofluids[J]．Industrial and Engineering Chemistry Research,2012,51(4)：1782-1789．
[41]
Alper E,Deckwer W D．Comments on“Gas absorption with catalytic reaction”[J]．Chemical Engineering Science,1981,36(6)：1097-1099．
[42]
Lee Y Y,Tsao G T．Oxygen absorption into glucose solution[J]．Chemical EngineeringScience,1972,27(8)：1601-1608．
[43]
Holstvoogd R D,Rtasionski K J,van Swaaij W P W．Penetration model in a slurry containing finite insoluble particles[J]．Chemical Engineering Science,1986,41(4)：867-873．
[44]
Kratochvil J,Kastanek F．Mass transfer rate from gas bubbles into liquid in presence of solid particles with strong adsorbing properties[J]．Collection of Czechoslovak Chemical Communications,1989,54(3)：3061-3068．
Janakiraman B,Sharma M M．Solid-liquid and liquid-liquid slow and fast reactions：enhancements by fine carbon particles[J]．Chemical Engineering Science,1985,40(2)：235-247．
[47]
Zhang G D,Cai W F,Xu C J,et al．A general enhancement factor model of the physical absorption of gases in multiphase systems[J]．Chemical Engineering Science,2006,61(2)：558-568．
[48]
Holstvoogd R D,van Swaaij W P M,van Dierendonck L L．The absorption of gases in aqueous activated carbon slurries enhanced by adsorbing or catalytic particles[J]．Chemical Engineering Science,1988,43(8)：2181-2187．
[49]
Van Ede C J,vanHoutenR,Beenackers A A C M．Enhancement ofgas to water mass transfer rates by a dispersed organic phase[J]．Chemical Engineering Science,1995,50(18)：2911-2922．
[50]
沈树华,马友光,朱春英,等．活性炭/水浆料中CO2吸收过程的增强[J]．化工学报,2007,58(4)：835-841．Shen Shuhua,Ma Youguang,Zhu Chunying,et al．Absorption enhancement of carbon dioxide in aqueous activated carbon slurries[J]．Journal of Chemistry Industry and Engeering(China),2007,58(4)：835-841(in Chinese)．
[51]
Brilman D W F,van Swaaij W P M,Versteeg G F．A one-dimensional instationary heterogeneous mass transfer model for gas absorption in multiphase system [J]．Chemical Engineering and Processing,1998,37(6)：471-48．
[52]
Brilman D W F,Goldschmidt M J V,Versteeg G F,et al．Heterogeneousmass transfermodelsfor gas absorption in multiphase systems[J]．Chemical Engineering Science,2000,55(15)：2793-2812．
[53]
Saraph V S,Mehra A．Microphase autocatalytisis：Improtance of near interphase effects[J]．Chemical Engineering Science,1994,49(7)：949-954．
[54]
霍宵鹏．活性炭增强气液传质研究[D]．天津：天津大学,2005．Huo Xiaopeng．Study on enhancement of gas-liquid mass transfer by actiated carbon particles[D]．Tianjin：Tianjin University,2005(in Chinese)．
[55]
胡晓纬．吸附剂颗粒及污染物对CO2吸收过程影响的研究[D]．天津：天津大学,2008．Hu Xiaowei．Effect of adsorptive particles and contamination on CO2 absorption process[D]．Tianjin：Tianjin University,2008(in Chinese)．
[56]
蔡旺锋．浆料体系中细颗粒增强气液传质研究[D]．天津：天津大学,2003．Cai Wangfeng．Study on enhancement of gas-liquidmass transfer by fine particles in slurry system[D]．Tianjin：Tianjin University,2003(in Chinese)．
