参考文献
[1] 王艳辉,王树东,吴迪镛.±1999,7(1):73-77.
[2] Kabyemela B M,Adschiri T,Malaluan R M,et al.,mechanisms,and kinetics[J].Ind Eng Chem Res,1999,38:2888-2895.
[3] Peppley B A,Amphlett J C,Kearns L M,et al.Appl Catal A,1999,179(1-2):31-49.
[4] Lee J K,Ko,J B,Kim D H.Methanol steam reforming over Cu/ZnO/Al2O3 catalyst,kinetics and effectiveness factor[J].Appl Catal A,2004,278(1):25-35.
[5] Barton J,Pour V.Coll Czech Chem Commun,1980,45:3402-3405.
[6] Santacesaria E,Carra S.Appl Catal B,1983,5(3):345-358.
[7] Amphelett J C,Evans M J,Mann R F,et al.J Chem Eng,1985,63(4):605-611.
[8] Takahashi K,Takezawa N,Kobayashi H.Appl Catal,1982,2(6):363-366.
[9] Jiang C J,Trimm D L,Wainwright M S.Appl Catal A,1993,97(2):145-158.
[10] Jiang C J,Trimm D L,Wainwright M S..Appl Catal A,1993,93(2):245-255.
[11] Idem R O,Bakhshi N N.Chem Eng Sci,1996,14:3697-3708.
[12] Takezawa N,Iwasa N.Catal Today,1997,36(1):45-56.
[13] Breen J P,Ross J R H.Catal Today,1999,51(3-4):521-533.
[14] Geissler K,Newson E,Vogel F,et al.Phys Chem Chem Phys,2001,3(3):289-293.
[15] Tonner S P,Trimm D L,Wainwright M S,et al.Ind Eng Chem Prod Res Dev,1984,23:384-388.
[16] Waugh K C.Catal Today,1992,15(1):51-57.
[17] Millar G J,Rochester C H,Waugh K C.J Chem Soc Faraday Trans,1991,87(17):2795-2804.
[18] Clausen B S,et al.Topics Catal,1994,1(3-4):367-376.
[19] Skrzypek J,Sloczynski J,Ledakowicz S.Methanol synthesis[N].1994(3).
[20] Peppley B A,Amphlett J C,Kearns L M,et al.Appl Catal A,1999,179(1-2):31-49.
[21] Patel S,Pant K K.Chem Eng Sci,2007,62(18-20):2079-2084.
[22] Conner W C,Falconner J L.Chem Rev,1995,95(3):759-788.
[23] Dumpelmann R,Zurich:Eidgenossischen Technischen Hochschule,1992,120-124.
[24] Breen J P,Meunier F C,Ross J R H.Chem Comm,1999,21(22):2247-2248.
[25] Takahashi K,Takezawa N,Kobayashi H.Appl Catal,1982,2(6):363-366.
[26] Choi Y,Stenger H G.Appl Catal B,2002,38(4):259-269.
[27] Liu Y,Hayakawa T,Suzuki K,et al.Appl Catal A,2002,223(1-2):137-145.
[28] Takahashi K,Takezawa N,Kobayashi,H.Chem Lett,1985,16(6):759-762.
[29] Matter P H,Ozkan U S.J Catal,2005,234(2):463-475.
[30] Vargas M A L,Busca G,Costantino U,Marmottini F,et al.J Mol Catal A,2007,266(1-2):188-197.
[31] Segal S R,Anderson K B,Carrado K A,et al.Appl Catal A,2002,231(1-2):215-226.
[32] Raimondi F,Schnyder B,et al.Structural changes of model Cu/ZnO catalysts during exposure to methanol reforming conditions[J].Surf Sci,2003,532:383-389.
[33] Shen G C,Fujita S,Matsumoto S,et al.J Mol Catal A,1997,124(2-3):123-136.
[34] Gunter M M,Ressler T,Jentoft R E,et al.J Catal,2001,203(1):133-149.
[35] Reitz T L,Lee P L,Czaplewski K F,et al.J Catal,2001,199(2):193-201.
[36] Shishido T,Yamamoto Y,Morioka H,et al.J Mol Catal A,2007,268(1-2):185-194.
[37] Oguchi H,Kanai H,Utani K,et al.Appl Catal A,2005,293:64-70.
[38] Idem R O,Bakhshi N N.Ind Eng Chem Res,1994,33:2056-2065.
[39] Sheffer G R,King T S.J Catal,1989,115(2):376-387.
[40] Sheffer G R,King T S.J Catal,1989,116(2):488-497.
[41] Millar G J,Rochester C H,Waugh K C.Catal Lett,1992,14(3-4):289-295.
[42] Nonneman L E Y,Ponec V.Catal Lett,1990,7(1-4):213-217.
[43] Fujitani T,Saito M.Catal Lett,1994,25(3-4):271-276.
[44] Shishido T,Yamamoto M,Atake I,et al.J Mol Catal A,2006,253(1-2):270-278.
[45] Li Y,Fu Q,Flytzani-Stephanopoulos M.Appl Catal B,2000,27(3):179-191.
[46] Koryabkina N A,Phatak A A,Ruettinger W F,et al.J Catal,2003,217(1):233-239.
[47] Idem R O,Bakhshi N N.Ind Eng Chem Res,1995,34(5):1548-1557.
[48] Chinchen G C,Waugh K C,Whan D A.Appl Catal,1986,25(1-2):101-107.
[49] Hansen P L,Wagner J B,Helveg S,et al.Science,2002,295:2053-2055.
[50] Bulko J B,Herman R G,Klier K,et al.J Phys Chem,1979,83(24):3118-3122.
[51] Günter M M,Ressler T,Jentoft R E,et al.J Catal,2001,203(1):133-149.
[52] Mavrikis M,Hammer B.Phys Rev Lett,1998,81(13):2819-2822.
[53] Graeme J M,Colin H R.J Chem Soc Faraday Trans,1992,88(7):1033-1039.
[54] Graeme J M,Colin H R.J Chem Soc Faraday Trans,1992,88(23):3497-3503.
[55] Kniep B L,Ressler T,Rabis A,et al.Angew Chem Int Ed,2004,43:112-115.
[56] Ressler T,Kniep B L,Kasatkin I,et al.Angew Chem Int Ed,2005,44:4704-4707.
[57] Kniep B L,Girgsdies F,Tessler T.J Catal,2005,236(1):34-44.
[58] 刘俊,杨鲲鹏等.新疆石油科技,2009,19(1):74-77.
[59] 安增虎,陈小飞.河北化工,2011,34(5):58-59.
[60] Akira Maeda,Toshiyuki Seko.Catalysis Today,1998,45:153-158.
[61] Raimund Bleischwitz,Nikolas Bader.Energy Policy,2010,38:5388-5398.
[62] Williams Roger S,Johnson H Ray,SAE Paper 910563.
[63] 张凤岐.山西能源与节能,2010,2(1):36-37.
[64] 刘筠.科技信息,2009,(4):19~20.
[65] F.Nasrollahi,Sh.Roodpeyma,G.R.Vakil-i Nezhaad.Fluid Phase Equilibria,2009,284:19-20.
[66] Shan Jian Cao,Ai You Hao,Hong Yuan Sun,Tao Sun.ScienceDirect,2009,20:973-976.
[67] 付文慧,张寿增,陆婉珍.石油学报,1986,2(3):69-78.
[68] 周瑞,黄风林,倪炳华.西安文理学院学报,2008,11(1):64-67.
[69] DB61/T352-2004.车用M15甲醇汽油陕西省地方标准[S].
[70] 梁玮.中外能源,2006,11(2):95-96.
[71] 杨学军,朱军,李继中.化学工程师,1995,3(48):8-11.
[72] 张洁,杨程程,汤颖.精细石油化工,2011,28(6):66-70.
[73] 杨长春,张洁,汤颖,等.精细石油化工,2012,29(6):50-54.
[74] David W.Osten,Nancy J.Sell.Fuel,1983,62(3):268-270.
[75] 朱清江,司利增.西安:长安大学,2006.10-26.
[76] Lykovop.Chemistry and technology of fuels and oils,1994,30(2):64-68.
[77] 崔玲.齐鲁石油化工,1987,(4):13-16.
[78] 张楠嵩,熊云,刘汉臣.中国储运,2011,97-98.
[79] Roy C.Lee,William R.Parrish.Fuel,1989,68(11):1429-1433.
[80] 王芸志.西安:长安大学,2006.28-31.
[81] 王幼慧.石油炼制,1998,(10):33-37.
[82] 王幼慧.石油炼制,1988,(5):14-16.
[83] 宋树新,王志发.中国专利:CN1332227A.2002-01-23.
[84] 姜彬.中国专利:CN1743432A.2006-03-08.
[85] 张明全.中国专利:CN1400290A.2003-03-05.
[86] 贺焕然,张瑞.中国专利:CN1429893A.2003-07-16.
[87] 胡教平.中国专利:CN86104230A.1987-07-15.
[88] 张洁,杨程程,陈刚,等.石油炼制与化工,2012,43(7):56-59.
[89] Anders Jonsson,Sven Berg,Britt Marie Bertilsson.Chemosphere,1979,8(11):835-841.
[90] 张成如.中国专利:CN101705122A.2010-05-12.
[91] 张柏义.中国专利:CN1371963A.2002-10-02.
[92] 陈庆福,王建业.中国专利:CN1821359A.2006-08-23.
[93] George A.Olah,Beverly Hills,G.K.Surya Prakash.United States Patent:US20090172997A1.2009-06-09.
[94] 王建业.中国专利:CN1916126A.2007-02-21.
[95] 向胜树.中国专利:CN1364856A.2002-08-21.
[96] 翟雁萍.中国专利:CN1740283A.2006-03-01.
[97] 车春玲.中国专利:200910230802.2011-05-21.
[98] 胡教平.中国专利:CN86104230A.1987-01-15.
[99] 李搏.中国专利:CN101787311A.2010-07-28.
[100] 任涛,孟庆凯,孟宪伟.中国专利:CN101037625A.2007-09-19.
[101] 李治,陈瑛.中国专利:CN101948396A.2011-01-19.
[102] Kiyohiro,Tachiki.US005338321A.1994-08-16.
[103] GUO He-jun.Polymer Material Science and Engineering,2002,18(1):171-175.
[104] 何萍.大连:辽宁师范大学,2010.9-10.
[105] 华洪基.成都:西南石油学院,2003.20-21.
[106] K.Neroorlcar,D.Schmidt.Fuel,2011,90:665-673.
[107] 王明清,胡玉斌.广州化工,2011,39(2):87-88.
[108] 罗陶涛,杨林,杨世光,等.化工时刊,2005,19(4):3-4.
[109] 占小玲.中国专利:CN200910160503.2010-02-17.
[110] 商红岩,林殷平.中国专利:CN102031104 A.2011-04-27.
[111] 蔡智伟,杨祚明.中国专利:CN101012395A.2007-08-08.
[112] 李国钦,李威威,师晓艳.中国专利:CN101285010A.2008-10-15.
[113] 王亮,刘娟,郑长征,等.化学工业,2011,29(5):26-29.
[114] 张凤岐.山西能源与节能,2010,2(1):36-37.
[115] 刘筠.科技信息,2009(4):19-20.
[116] Shenghua Liu,Eddy R.Cuty Clemente,Tiegang Hu et al.Applied Thermal Engineering,2007,27(12):1904-1910.
[117] Jun Li,Changming Gong,Bo Liu et al.Energy and Fuels,2009,23(10):4937-4942.
[118] Yanju Wei,Shenghua Liu,Hongsong Li et al.Energy and Fuels,2008,22(2):1254-1259.
[119] Tiegang Hu,Yanju Wei,Shenghua Liu et al.Energy and Fuels,2007,21(1):171-175.
[120] 司利增,王芸志.长安大学,2006.
[121] 曹国忠,谭世语.重庆大学,2008.
[122] 李圣勇,李圣涛.化学工业与工程技术,2007,28(6):33-34.
[123] F.Nasrollahi,Sh.Roodpeyma,G.R.Vakili-Nezhaad.Fluid Phase Equilibria,2009,284:19.
[124] Qi D.H.,Liu Sh.Q.,Liu J.C.et al.Proceedings of the Institution of Mechanical Engineers,Part D:Journal of Automobile Engineering,2005,219(3):405-412.
[125] 王幼慧.石油炼制,1988(10):33-37.
[126] 付文慧,张寿增,陆婉珍.石油学报,1986,2(3):69-77.
[127] A.I.melenchuk.Plenum Publishing Cor-poration,1989,24(5):194-197.
[128] 向胜树.CN 01129132.X,2002.
[129] 成易.CN 200710000083.4,2008.
[130] 杨春强.CN201010227202.1,2010.
[131] 曹玉忠,房承宣,李顺堂,等.CN201010261701.2,2010.
[132] 叶有明.CN 200510130402,2005.
[133] 石欣.CN 101659887,2010.
[134] 石世伦.CN 1664078,2005.
[135] 赵永祥,王峥,张越,等.CN 200910074823.8,2009.
[136] 李治,陈瑛.CN 201010260367.9,2010.
[137] Shan Jian Cao,Ai You Hao,Hong Yuan Sun et al.Chinese Chemical Letters,2009,20:973~9
[138] 奚强,李传厂,徐福亮,等.化工时刊,2007,21(8):10-12.
[139] 王刚,冯家评,袁大辉.当代石油石化,2003,11(1):22-25.
[140] Charles B.Richardson,Donald A.Gyorog,Loren K.Beard.SAE 892116,1989.
[141] Tupa.R.C,P.M.Flavin.American Society,1991.
[142] Changsoo Kim,Spyros I.Tseregounis,Bruce E.Scruggs.SAE 872112,1987.
[143] Shi-wai S.Cheng.SAE 922257,1992.
[144] Yasuo Esaki,Tomoji Ishiguro,Noritomo Suzuki et al.SAE 900151,1990.
[145] Nishizaki T.Maeda,Y.Date.SAE 790203,1979.
[146] Bruce G.Bunting.SAE 912378,1991.
[147] 徐小红,王永红,薛群基,等.车用发动机,2009,5:85-87.
[148] 郭和军,郭小川,刘治中.车用发动机,1999,2:42-47.
[149] 徐小红,薛群基,周旭光,等.石油学报,2009,25(2):277-282.
[150] Changsoo Kim,Shi-wai S.Cheng Sharyl A.Majorski.SAE 912379,1991.
[151] Masato Fukui,Tadafumi Sato,Naotake Fujita,et al.JSAE Review,2001,22(3):281-285.
[152] 郑霞君,张志海.小型内燃机与摩托车,2009,38(5):41-44.
[153] 董元虎,王娇,王稳,等.润滑与密封,2007,32(3):153-155.
[154] Dong Yuanhu,Yin Xinglin,Qiu Mengxuan,et al.Lubrication Engineering,2006(7):129-131.
[155] 李文乐.化工进展,2010,29(3):457-464.
[156] 王娇.长安大学,2008.
[157] Fan Zhang,Xia Zhang,Shijin Shuai et al.Energy and Fuels,2012,24(2):1283-1292.
[158] Fan Zhang,Shijin,Shuai,Jianhua Xiao et al.Neiranji Gongcheng/Chinese Internal Combustion Engine Engineering,2010,31(6):1-7.