Acta Metall Sin  1996, Vol. 32 Issue (1): 6-14    DOI:

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THERMODYNAMIC PROPERTIES OF SOME ALUMINUM COMPOUNDS

CHEN Qiyuan; ZENG Wenming; ZHANG Pingmin (Central-South University of Technology; Changsha 410083)GU Songqing; YANG Guanqun; ZHOU Huifang; YIN Zhonglin (Zhengzhou Research institute of Light Metals; Zhengzhou 450041) (Manuscript received 1995-02-23; in revised form 1995-06-29)

CHEN Qiyuan; ZENG Wenming; ZHANG Pingmin (Central-South University of Technology; Changsha 410083)GU Songqing; YANG Guanqun; ZHOU Huifang; YIN Zhonglin (Zhengzhou Research institute of Light Metals; Zhengzhou 450041) (Manuscript received 1995-02-23; in revised form 1995-06-29). THERMODYNAMIC PROPERTIES OF SOME ALUMINUM COMPOUNDS. Acta Metall Sin, 1996, 32(1): 6-14.

Abstract References Related Articles Recommended Metrics Download:  PDF(667KB)  Export:  BibTeX | EndNote (RIS)       Abstract  An investigation on the thermodynamic properties of α-Al_2O_3, γ-Al_2O_3,gibbsite, boehmite and diaspore: standard enthalpy of formation, standard entropy, standard free energy of formation, and heat capacity was made based on calorimetric determinations and the published literatures. The reliability and consistency of the recommended values of these thermodynamic properties were discussed in detail.Correspondent: CHEN Qiyuan, professor,(Department of Chemistry, Central-South University of Technology, Changsha 410083) Key words:  thermodynamic property      α-Al_2O_3      γ-Al_2O_3      gibbsite      boehmite      diaspore      Received:  18 January 1996      Service E-mail this article Add to citation manager E-mail Alert RSS （） Articles by authors URL:  https://www.ams.org.cn/EN/     OR     https://www.ams.org.cn/EN/Y1996/V32/I1/6 1FurukawaGT,DouglasTB,McCoskeyRE,GinningsDC．JResNatBurStand,1956;57:672EdwardsJW,KingtonGL．TransFaradySoc,1962;58:13133ChekhovskoiVYa．HighTemp,USSR,1964;2:2644BuycoEH．Proceedingsofthe4thsymposiumonThermophysicalProperties,NewYork:ASME,1968:1615ViswanathanR．JApplPhys,1975;46:40866ChangSS．Proceedingsofthe7thSymposiumonThermophysicalProperties,NewYork:ASME,1977:837DitmarsDA,IshiharaS,ChangSS,BernsteinG,WestED．JResNatBurStand,1982;87:1598CastanetR．HighTempHighPressures,1984;16:4499ParksGS,KelleyKK．JPhysChem,1926;30:4710ShomateCH,NaylorBF．JAmChemSoc,1945;67:7211DitmarsDA,DouglasTB．JResNatBurStand,1971;75:40112ShmidNE,SokolovVA．RussJInorgChem,1960;5:79713RomanovskiiVA,TarasovVV．SovPhysSolidState,1960;2:117614PalkinVA,KuzminaNN,ChernyaevII．RussJInorgChem,1965;10:2315SchauerA．CanJPhys,1965;43:52316MartinDL,SnowdonRL．CanJPhys,1966;44:144917GopalaRaoRV,GunjikarVG,SankarSG,BiswasAB．IndianJPureApplChem,1967;5:9918GronvoldF．ActaChemScand,1967;21:169519MartinDL,SnowdonRL．RevSciInstrum,1970;41:186920OnoderaN,KimotoA,SakiyamaM,SekiS．BullChemSocJpn,1971;44:146321GronvoldF．ActaChemScand．1972;26:221622TakahashiY,YokokawaH,KadokuraH,SekineY,MukaiboT．JChemThermodyn,1979;11:37923WalkerBE,GrandJA,MillerRR．JPhysChem,1956;60:23124FrederiksonDR,ChasanovMG．JChemThermodyn,1970;2:62325MurabayashiM,TakahashiY,MukaiboT．JNuclSciTech,1970;7:31226MacLeodAC．JChemThermodyn,1972;4:69927FomichevEN,BondarenkoVP,KandybaVV．HighTempHighPressures,1973;5:128EfremovaRI,MatizenEV．HighTempHighPressures,1976;8:39729ShmidtNE,MaksimovDN,RussJPhysChem,1979;53:108430ShmidtNE．RussJInorgChem,1966:11:24131FerrierA,OletteM．CRAcadSci．1962;254:429332ProphetH,StullDR．JChemEngData,1963;8:7833ParksGS,KelleyKK．BurMinesBull,1941;434:11534CoxJD,WagmanDD,MedvedevVA．CODATAKeyValuesforThermodynamics．NewYork:HemispherePublishingCorporation,1989:2135FugateRQ,SwensonCA,JApplPhys,1969;40:303436AppsJA,NeilJM．ACSSympSeries416．WashingtonDC,1990:41537RobieRA,HemingwayBS,FisherJR．USGeolSurvBull,1979:145238SnyderPE,SeltzH．JAmChemSoc,1945;67:68339HolleyCE,HuberEJJr．JAmChemSoc,1951;73:557740SchneiderA,GattowG．ZAnorgAllgemchem,1954;277:4141MahAD,JPhysChem,1957;61:157242ZenkovID．RussJPhysChem,1981;55:169843ChaseMW,CurnuttJL,McDonaldRA,SyverudAN．JPhysChemRefData,1978;7:793,83844HemingwayBS,RobieRA,KittrickJA．GeochimCosmochimActa,1978;42:153345MarchidanDI,PandeleL,NicolescuA．RevRoumChim,1972;17:149346ChenQ,ZengW,ChenX,GuS,YangG,ZhouH,YinZ．ThermochimActa,1995;253:3347BorerWJ,GunthardHH．HelvChimActa,1970;53:104348YokokawaT,KleppaOJ．JPhysChem,1964;68:324649ShomateCH,CookOA,AmChemSocJ,1946;68:214050HemingwayBS,RobieRA,FisherJR,WilsonWH．JResUSGeoSurv,1977;5:79751ChenQ,ZengW．GeochimCosmochimActa,1996,tobepublished52HemingwayBS,RobieRA．JResUSGeolSurv,1977;5:41353GrossP,ChristieJ,HaymanC．FulmerResInstRept6,1970,PG//JMN//R:2454BaranyR,KelleyKK．USBurMinesReptInv5825,1961;1355CoughlinJP．JPysChem,1958;62:41956ZengW,ChenQ,ChenX．GeochimCosmochimActa,1994;58:351157PalmerDA,WesolowskiDJ．GeochimCosmochimActa,1992;56:109358ChenQ,ZengW．JCentSouthUnivTech(EngEdit),1995;2:759HemingwayBS,RobieRA,AppsJA．AmMineralogist,1991;76:44560RusselAS,EdwardsJD,TaylorCS．JMetals,AIME,1955;203:112361KuyunkoNS,MalininSD,KhodakovskiyIL,GeochemInt,1983;20:7662KostomaroffV,ReyM．SilicatesIndustry,1963;28:963AppsJA,NeilJM,JunC-H,LawrenceBerkeleyLaboratoryRept21482,198864ZengW,ChenQ,ChenX．JChemThermodyn,1994;26:20565KingEC,BaranyR,WellerWW,PankratzLB．USBurMinesReptInv6962,196766MukaiboT,TakahashiY,YamadaK．Proc1stIntConfCalorThermodyn,Warsaw;1969:35767PerkinsD,EsseneEJr,WAllV．AmMineralogist,1979;64:108068FyfeWS,HollanderMA．AmJSci,1964;262:70969HassH．AmMineralogist,1972;57:137570SabatierG．BullSocFrMineralCrystallogr,1954;77:107771ZengW,ChenQ,GuS,YangG,ZhouH,YinZ．JChemThermodyn,1995;27:44372周红,曾文明,陈启元．中国有色金属学报,1993;3:4073PeryeaFJ,KittrickJA．ClaysClayMinerals,1988;36:391. 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