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化学工业与工程

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2001, Vol. 18

Issue (3) :172-175 DOI:

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Synthesis and Application of Methylcyclo-pentadieny Manganese Tricarbonyl

(School of Chemical Engineering Tianjin University,Tianjin 300072,China

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ժҪ �׻��ϩ��ʻ�� (MMT)��һ��л��Ʒ��Ӽ� ,��Ϊ��л�Ǧ����ڶ��о�� ,��MMT��ʡ��ϳɹ��ռ��Ӧ�õ��о��չ ,Ϊ��ṩ��Ϣ

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Abstract�� MMT is organometallic antiknock and it is a good substituent for organolead.MMT has been studied lackly in domestic.This article reviews the study on physical properties,mechanism of antiknock,methods of synthesis and progress of applicalion.

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Received 2001-05-15; published 2001-05-15

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[1]	��ϼ ï��̸�Ч��Ӽ� [J] ��ϸʯ�ͻ��ժ ,1999,13( 4 ) :72 76.
[2]	LYRAMDR .EnvironmentalassessmentofMMTfueladditive[J] TheScienceoftheTotalEnviron ment,1990 ,93:10 7 144 .
[3]	ERHARDKHL .Studiesofknockandantiknockbykineticspectroscopy[J].ProcRoySoc ,1956,2 34A :178 191.
[4]	GIRELLIA .Antiknockactionandworkingmecha nismofMMTinfuelsofdifferentcompositions[J].RivCombust,1962 ,16( 9) :371 378.
[5]	��ѫ ��ï��ȼ��ȼ�ٴ߼�[J] �� ,1995,( 1) :35 38
[6]	�ܽ�� û��淢��о��ͻ��ȼ�չ�� [J] ��ѧѧ�� ,1994 ,( 2 ) :2 0 8 2 13
[7]	BROWNEJ .Cyclomaticcompounds[P].US :28184 17,1957 12 17.
[8]	SHAPIROH .Cyclomaticmanganesecompounds[P].US :2 839552 ,1958 0 6 17.
[9]	KOZIKOWSKIJ.Hydrocarbonmanganesecarbon ylcompounds[P].US :2 870 180 ,1959 0 1 2 0 .
[10]	WUFJ.Processformakingmethycylopentadienylmanganesetricarbonylcompounds[P].US :4 94 6975,1990 0 8 0 7.
[11]	BELLRD .ProcessforpreparingTranstitionMetalcyclopentadienylcarbonylcompounds[P].US :50 2 6885,1991 0 6 2 5.
[12]	GUREEVAA .Evaluationoftheeffectivenessofantiknockaddivestogasoline [J].NeftepererabNeftekhim ,1958,( 5) :2 4 2 6.
[13]	PAYNEHD .Fuelcompositionscontainingsyner gisticmixturesofironandmanganeseantiknockcompounds[P].US :4 13934 9,1977 2 13.
[14]	LENANEDL .Emissionresultsfrom 4 8 cartestevaluationofMMT[J].SciTotalEnviron ,1994 ,146 147:2 4 5 2 51.
[15]	HOLLRAHDP .MMTincreasesoctanewhilere ducingemissions[J].Oil&GasJournal,1991,89( 10 ) :86 90 .
[16]	BROWNEJ .Illuminationandfueloilwithahydrocarbondistillatebase[P].DE :12 32 30 1,1967 0 1 12 .
[17]	MAURICEWS .Jetenginefueladditive[P].FR :1563594 ,1969 0 4 11.
[18]	KERLEYVR .Methodofoperatinganengineandfuel[P].US :3533757,1970 10 13.
[19]	WHITEW .Dieselfueladditives[P].GB :141332 3,1975 11 12 .
[20]	[2 0 ]SEIKIKKK .Combustionimproversforgasolineanddieselfuels[P].JP :591974 92 ,1983 0 4 2 6.
[21]	NIEBYLSKI.Fuelcompositionsforreducingcom bustionchamberdepositsandhydrocarbonemis sionsofinternalcombustionengines[P].US :4 191536,1980 0 3 0 4 .
[22]	[2 2 ]ABOWDGR .Jetfueladditive [P].US :3 5582 91,1971 0 1 2 6.
[23]	CHARLESJG .Evaporativeburnerfuelsandaddi tives[P].GB :2 2 850 57,1995 0 6 2 8.
[24]	[2 4 ]RIFKINBE .Solidpropellantscontaningorgano metalliccompounds[P].US :3336751,1967 0 8 2 2 .
[25]	ALANGB .Two cycleenginelubricantoil[P].GB :2 30 8381,1997 0 6 2 5.
[26]	SANGWBGrowthofmanganesethinfilmbymet alorganicchemicalvapordeposition[A].ProcIntElectconComponMatery[C].BeijingChina :Inter nationalAcademicPublishers,1995.144 146.