PROBLEMS IN THE TREATMENT OF NUMERICAL DATA. PROCEEDINGS OF THE JOINT FRENCH-ISRAELI INTERDISCIPLINARY SYMPOSIUM. JERUSALEM, ISRAEL, 5-6 MARCH 1980WESTRUM EF JR PREF.1980; CODATA BULL.; ISSN 0366-757X; DEU; DA. 1980; NO 39; 114 P.; BIBL. DISSEM.Conference Paper

ASSESSMENT OF OUR NATIONAL THERMODYNAMIC RESEARCH CAPABILITIES = EVALUATION DE NOS POSSIBILITES NATIONALES DE RECHERCHE SUR LA THERMODYNAMIQUEWESTRUM EF JR.1974; IN: CONF. THERMODYN. NATL. ENERGY PROBL. REP.; WARRENTON, VA.;1974; WASHINGTON; NATL. ACAD. SCI.; DA. 1974; PP. 25-53; BIBL. 2P.Conference Paper

CALORIMETRY OF PHASE AND ORDERING TRANSITORSWESTRUM EF JR.1974; PURE APPL. CHEM.; G.B.; DA. 1974; VOL. 38; NO 4; PP. 539-555; BIBL. 2 P. 1/2; (3RD INT. CONF. CHEM. THERMODYN.; BADEN BEI WIEN, AUSTRIA; 1973)Conference Paper

LOW-TEMPERATURE CALORIMETRY-QUO VADIS.WESTRUM EF JR.1978; J. THERM. ANAL.; HUN; DA. 1978; VOL. 14; NO 1-2; PP. 5-13; ABS. FRE/GER/RUS; BIBL. 21 REF.Conference Paper

HEAT CAPACITIES OF BIS-TETRAETHYLAMMONIUM TETRACHLORONICKELATE AND TETRACHLOROZINCATE. I: STRUCTURAL TRANSITIONS AND THERMOPHYSICAL RESULTSLANDEE CP; WESTRUM EF JR.1979; J. CHEM. THERMODYNAM.; GBR; DA. 1979; VOL. 11; NO 3; PP. 247-260; BIBL. 15 REF.Article

THERMODYNAMICS OF THE LANTHANIDE HALIDES. II. HEAT CAPACITIES AND SCHOTTKY ANOMALIES OF SMCL₃, EUCL₃, AND GDCL₃ FROM 5 TO 350 K^A.SOMMERS JA; WESTRUM EF JR.1977; J. CHEM. THERMODYNAM.; G.B.; DA. 1977; VOL. 9; NO 1; PP. 1-26; BIBL. 47 REF.Article

LOW-TEMPERATURE HEAT CAPACITIES OF MOLYBDENUM TRI- AND TETRACHLORIDESKIWIA HL; WESTRUM EF JR.1975; J. CHEM. THERMODYNAM.; G.B.; DA. 1975; VOL. 7; NO 6; PP. 523-530; BIBL. 8 REF.Article

LATTICE AND SCHOTTKY CONTRIBUTIONS TO THE MORPHOLOGY OF LANTHANIDE HEAT CAPACITIESWESTRUM EF JR; LECTURE R.1983; JOURNAL OF CHEMICAL THERMODYNAMICS; ISSN 0021-9614; GBR; DA. 1983; VOL. 15; NO 4; PP. 305-325; BIBL. 54 REF.Article

THERMOPHYSICS OF ALKALI AND RELATED AZIDES. II: HEAT CAPACITIES OF POTASSIUM, RUBIDIUM, CESIUM AND THALLIUM AZIDES FROM 5 TO 350KCARLING RW; WESTRUM EF JR.1978; J. CHEM. THERMODYNAM.; GBR; DA. 1978; VOL. 10; NO 12; PP. 1181-1200; BIBL. 39 REF.Article

HEAT CAPACITIES OF FE₃O₄ AND ZNFE₂O₄, FROM 300 TO 500 KBARTEL JJ; WESTRUM EF JR.1975; J. CHEM. THERMODYNAM.; G.B.; DA. 1975; VOL. 7; NO 7; PP. 706-708; BIBL. 4 REF.Article

HYPOSTOICHIOMETRIC TITANIUM DIBORIDE (TIB¹,964)) AND HYPERSTOICHIOMETRIC TANTALUM DIBORIDE (TAB_2.11): THE HEAT CAPACITY AND THERMODYNAMIC PROPERTIES FROM 5 TO 350 K.WESTRUM EF JR; CLAY GA.1978; J. CHEM. THERMODYNAM.; GBR; DA. 1978; VOL. 10; NO 7; PP. 629-636; BIBL. 7 REF.Article

HEAT CAPACITIES OF HFB_2.035 AND HFC_0.968 FROM 5 TO 350 K.WESTRUM EF JR; FEICK G.1977; J. CHEM. THERMODYNAM.; G.B.; DA. 1977; VOL. 9; NO 3; PP. 293-299; BIBL. 7 REF.Article

LOW-TEMPERATURE HEAT CAPACITY OF ANISOTROPIC CRYSTALS. LAMELLAR MOLYBDENUM DISULFIDE.MCBRIDE JJ; WESTRUM EF JR.1976; J. CHEM. THERMODYNAM.; G.B.; DA. 1976; VOL. 8; NO 1; PP. 37-44; BIBL. 29 REF.Article

THERMODYNAMICS OF THE MONOHYDROGEN DIFLUORIDES. V. MELTING THERMODYNAMICS OF NH₄HF₂CARLING RW; WESTRUM EF JR.1976; J. CHEM. THERMODYNAM.; G.B.; DA. 1976; VOL. 8; NO 3; PP. 269-276; BIBL. 16 REF.Article

THERMOPHYSICS OF ALKALI AND RELATED AZIDES. I. HEAT CAPACITY OF NAN₃ FROM 5 TO 350 KCARLING RW; WESTRUM EF JR.1976; J. CHEM. THERMODYNAM.; G.B.; DA. 1976; VOL. 8; NO 6; PP. 565-573; BIBL. 20 REF.Article

THERMOPHYSICAL MEASUREMENTS ON TRANSITION-METAL TUNGSTATES. I. HEAT CAPACITY OF ZINC TUNGSTATE FROM 5 TO 550 KLANDEE CP; WESTRUM EF JR.1975; J. CHEM. THERMODYNAM.; G.B.; DA. 1975; VOL. 7; NO 10; PP. 973-976; BIBL. 5 REF.Article

THE ANILITE/LOW-DIGENITE TRANSITIONGRONVOLD F; WESTRUM EF JR.1980; AMER. MINERALOGIST; USA; DA. 1980; VOL. 65; NO 5-6; PP. 574-575; BIBL. 9 REF.Article

THERMOPHYSICS OF THE LANTHANIDE HYDROXIDES. I: HEAT CAPACITIES OF LA(OH)₃, GD(OH)₃, AND EU(OH)₃ FROM NEAR 5 TO 350 K. LATTICE AND SCHOTTKY CONTRIBUTIONSCHIRICO RD; WESTRUM EF JR.1980; J. CHEM. THERMODYN.; ISSN 0021-9614; GBR; DA. 1980; VOL. 12; NO 1; PP. 71-85; BIBL. 28 REF.Article

HEAT CAPACITY AND THERMODYNAMIC PROPERTIES OF STRONTIUM FROM 5 TO 350 K.BOERIO J; WESTRUM EF JR.1978; J. CHEM. THERMODYNAM.; G.B.; DA. 1978; VOL. 10; NO 1; PP. 1-7; BIBL. 14 REF.Article

HEAT CAPACITIES AND THERMODYNAMICS PROPERTIES OF LI_0.5FE_2.5O₄ AND LI_0.5AL_2.5O₄ FROM 5 TO 545 KVENERO AF; WESTRUM EF JR.1975; J. CHEM. THERMODYNAM.; G.B.; DA. 1975; VOL. 7; NO 7; PP. 693-702; BIBL. 19 REF.Article

LOW-TEMPERATURE HEAT CAPACITIES OF MOLYBDENUM DISELENIDE AND DITELLURIDEKIWIA HL; WESTRUM EF JR.1975; J. CHEM. THERMODYNAM.; G.B.; DA. 1975; VOL. 7; NO 7; PP. 683-691; BIBL. 14 REF.Article

HIGH-TEMPERATURE THERMAL FUNCTIONS AND THE THERMOCHEMISTRY OF ZINC TUNGSTATELYON WG; WESTRUM EF JR.1974; J. CHEM. THERMODYNAM.; G.B.; DA. 1974; VOL. 6; NO 8; PP. 781-786; BIBL. 17 REF.Article

THERMOPHYSICS OF THE LANTHANIDE TRIHYDROXIDES. II: HEAT CAPACITIES FROM 10 TO 350 K OF ND(OH)₃ AND TB(OH)₃. LATTICE AND SCHOTTKY CONTRIBUTIONSCHIRICO RD; WESTRUM EF JR.1980; J. CHEM. THERMODYN.; ISSN 0021-9614; GBR; DA. 1980; VOL. 12; NO 4; PP. 311-327; BIBL. 37 REF.Article

THERMODYNAMICS OF THE LANTHANIDE HALIDES. I. HEAT CAPACITIES AND SCHOTTKY ANOMALIES OF LACL₃, PRCL₃, AND NDCL₃ FROM 5 TO 350 K^A.SOMMERS JA; WESTRUM EF JR.1976; J. CHEM. THERMODYNAM.; G.B.; DA. 1976; VOL. 8; NO 12; PP. 1115-1136; BIBL. 1 P. 1/2Article

THERMOPHYSICAL MEASUREMENTS ON TRANSITION-METAL TUNGSTATES. II. HEAT CAPACITIES OF ANTIFERROMAGNETIC NICKEL AND COBALT TUNGSTATES.LANDEE CP; WESTRUM EF JR.1976; J. CHEM. THERMODYNAM.; G.B.; DA. 1976; VOL. 8; NO 5; PP. 471-491; BIBL. 1 P. 1/2Article