Диссертация (1145469), страница 29
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M.Korenev, P. Akishin. Mass-spectrometric determination of enthalpies ofdissociation of gaseous complex fluorides into neutral and charged particles.VII. MF-ThF4 systems (M= Li, Na, K, Rb, Cs). International Journal ofMass Spectrometry and Ion Physics 1983, 51, 2-3, 291-311.263264[54] L. Sidorov, E. Skokan, M. Nikitin, I. Sorokin. Mass spectrometricdetermination of enthalpies of dissociation of gaseous complex fluoridesinto neutral and charged particles. III. Heat of formation of UF5− andelectron affinity of UF5 ag.
International Journal of Mass Spectrometry andIon Physics 1980, 35, 3-4, 215-224.[55] K. A. Sense, C. Alexander, R. Bowman, R. Filbert Jr. Vapor Pressure andDerived Information of the Sodium Fluoride-Zir-conium. Fluoride System:Description of a Method for the Determination of Molecular ComplexesPresent in the Vapor Phase. The Journal of Physical Chemistry 1957, 61, 3,337-344.[56] K.
A. Sense, R. W. Stone. Vapor Pressure and Molecular Composition ofVapors of the RbF–ZrF4 and LiF–ZrF4 Systems. The Journal of PhysicalChemistry 1958, 62, 11, 1411-1418.[57] E. Skokan, I. Sorokin, L. Sidorov, M. Nikitin. Mass spectrometricdetermination of the enthalpies of dissociation of gaseous complex fluoridesinto neutral and charged particles. VI. Enthalpy of formation of ZrF5−.International Journal of Mass Spectrometry and Ion Physics 1982, 43, 4,309-325.[58] D.
H. Menz, G. Scholz, D. Becker, M. Binneweis. Der Gaskomplex MnAlF5und sein Einfluß auf die sublimative Reinigung von AlF3. Zeitschrift füranorganische und allgemeine Chemie 1994, 620, 11, 1976-1982.[59] T. A. Milne, H. M. Klein. Mass spectrometric study of heats of dimerizationof alkali chlorides. The Journal of Chemical Physics 1960, 33, 6, 1628-1637.[60] А. Тарасов, А. Поспелов, Г. И. Новиков. Давление и состав пара всистемах NaCl-CsCl и KCl-CsCl.
Вестник ЛГУ Серия 4 1965, 22, 4, 101108.[61] T. Sasamoto, M. Itoh, T. Sata. Mass-spectrometric Measurements ofEnthalpy and Entropy Changes for the Mixed Dimer Reaction: Na 2Cl2 (g)+K2Cl2 (g)= 2NaKCl2 (g). Bulletin of the Chemical Society of Japan 1982, 55,11, 3643-3644.264265[62] H. Schafer, K. Wagner. Gas complexes in the system nacl-mgcl2-complexstability and electronegativity. Zeitschrift für anorganische und allgemeineChemie 1979, 452, MAY, 89-95.[63] Г. И. Новиков, А. Кузьменко. О составе пара галогенидов некоторыхщелочных и щелочноземельных металлов. Вестник ЛГУ Серия 4 1964,19, 3, 143-149.[64] H.
Bloom, J. Hastie. Mass spectrometry of the vapors over PbCl 2+ AClmixtures (A= Na, K, Rb, or Cs). I. Thermodynamic studies. The Journal ofPhysical Chemistry 1968, 72, 8, 2706-2710.[65] D. McPhail, M. Hocking, J. Jeffes. Metal halide vapour complexes: Massspectrometry. International journal of mass spectrometry and ion processes1984, 59, 3, 261-276.[66] H. Schafer, K.
Wagner. Gas complexes in the system LiCl/ScCl3. Zeitschriftfür anorganische und allgemeine Chemie 1979, 450, Mart, 88-102.[67] K. Wagner, H. Schafer. Gas complexes in the system NaCl/ ScCl3.Zeitschrift für anorganische und allgemeine Chemie 1979, 450, mart, 107114.[68] K. Wagner, H. Schafer. Gas complexes in the system KCl/ ScCl3. Zeitschriftfür anorganische und allgemeine Chemie 1979, 450, mart, 115-119.[69] K. Wagner, H. Schäfer. Gaskomplexe im System RbCl/ ScCl3. Zeitschriftfür anorganische und allgemeine Chemie 1979, 451, 1, 57-60.[70] H.
Schafer, K. Wagner. Gas complexes in the system CsCl/ ScCl3.Zeitschrift für anorganische und allgemeine Chemie 1979, 451, April, 6166.[71] И. Ратьковский, Т. Прибыткова, Н. ГИ. Исследование состава паровойфазы в системе CsCl-CrCl2. Журнал физической химии 1974, 48, 1, 231.[72] И.Ратьковский,спектрометрическоеТ.Прибыткова,исследованиеГ.системыИ.Новиков.RbCl-CrCl2.МассЖурналфизической химии 1974, 48, 6, 1618.265266[73] R. R. Richards, N.
Gregory. Thermodynamic Properties of the Vapor Phaseof Sodium Tetrachloroferrate (III). The Journal of Physical Chemistry 1964,68, 11, 3089-3093.[74] J.-L. Li, D.-M. Yang, Z.-C. Wang. Thermodynamic Study on the Reactionof FeCl3 and Fe2Cl6 with KCl. Science Technology and Engeneering 2004,4, 12, 1003-1005.[75] H. Bloom, D. Williams. A mass spectrometric study of the vapors above themolten salt systems LiCl–CuCl, KCl–CuCl, LiBr–CuBr, and NaI–CuI. TheJournal of Chemical Physics 1981, 75, 9, 4636-4646.[76] M. M. Arski. Vapour pressure and derived informations of The CuCl- KClSystem. Zeitschrift für anorganische und allgemeine Chemie 1971, 386, 3,345-352.[77] P. GROSS, M. STUART.
On the equilibrium pressure of cuprous chloride inthe segregation reaction, paper from metallurgical chemistry. Books 1972.[78] D. J. Williams. Mass spectrometric study of the vaporization of the alkalichloride-cuprous chloride systems. Australian Journal of Chemistry 1982,35, 8, 1531-1535.[79] H. Bloom, B. O'Grady, R. Anthony, V. Reinsborough. Mass spectrometricidentification of NaZnCl3 and Na2Zn2Cl6. Australian Journal of Chemistry1970, 23, 4, 843-845.[80] J.-L. Li, Y.
Jin, D.-M. Yang, Z.-C. Wang. Thermodynamic properties ofvapor complex Na2ZrCl6. Transactions of Nonferrous Metals Society ofChina 2007, 17, 2, 439-442.[81] J.-l. Li, J. Yu, D.-m. Yang, Z.-c. Wang. Thermodynamic Properties of VaporComplex Na2HfCl6. Chinese Journal of Chemical Physics 2007, 20, 2, 180.[82] J.-L.
Li, D.-M. Yang, F.-W. Zeng, Z.-C. Wang. Thermodynamic propertiesof NbCl5-NaCl and NbCl5-KCl binary systems by quenching experiments.Chinese Journal of Nonferrous Metals 2006, 16, 6, 1120.266267[83] J.-l. Li, D.-m. Yang, Q. Zhang, Z.-c. Wang. Formation Thermodynamics ofthe Vapour Complexes in the TaCl5-NaCl Binary System.
Journalnortheastern university natural science 2007, 28, 10, 1517.[84] K. Murase, G.-y. Adachi, M. Hashimoto, H. Kudo. Mass SpectrometricInvestigation of the Vapor over the LnCl3–KCl Equimolar Melt (Ln= Nd,Er) at High Temperatures. Bulletin of the Chemical Society of Japan 1996,69, 2, 353-357.[85] Г.
Г. Новиков, ФГ. О комлексообразовании в паровой фазе системытрихлорид эрбия - хлористый калий. Журнал неорганической химии1965, 10, 7, 1668-1674.[86] Г. Новиков, В. Толмачева. Давление и состав насыщенного пара всистеме NaCl-LaCl3. Журнал неорганической химии 1965, 10, 12, 27122714.[87] J. Kapala, S. Roszak, I.
Lisek, M. Miller. Mass spectrometric and theoreticalstudy of the mixed complex NaCeCl4 (g). Chemical physics 1998, 238, 2,221-229.[88] J. Kapala, I. Lisek, S. Roszak, M. Miller. Mass spectrometric and theoreticalstudy of the mixed complex NaNdCl4 (g). Polyhedron 1999, 18, 22, 28452851.[89] Ф. Н. Г. Гаврюченков. Давление и состав пара в системе NdCl3-NaCl.Журнал неорганической химии 1966, 11, 7, 1515-1517.[90] I. Lisek, J. Kapała, M. Miller.
Thermodynamic study of the CsCl–CeCl3system by Knudsen effusion mass spectrometry. Journal of Alloys andCompounds 1998, 280, 1, 77-84.[91] I. Lisek, J. Kapała, M. Miller. Thermodynamic study of the CsCl–NdCl3system by Knudsen effusion mass spectrometry. Journal of Alloys andCompounds 1998, 278, 1, 113-122.[92] H. Rabeneck, H. Scräfer. Gasförmige BeCl2/AlCl3‐Komplexe. Zeitschrift füranorganische und allgemeine Chemie 1973, 395, 1, 69-76.267268[93] E. Dewing. Gaseous complexes formed between trichlorides (AlCl 3 andFeCl3) and dichlorides. Metallurgical Transactions 1970, 1, 8, 2169-2174.[94] K.
Lascelles, H. Schäfer. Der chemische Transport von CrCl3, f mit Al2Cl6,g über die Gasmolekel CrCl3· 3 AlCl3. Zeitschrift für anorganische undallgemeine Chemie 1971, 382, 3, 249-256.[95] M. Soerlie, H. A. Oeye. Complexation and reduction-oxidation equilibriumsof titanium chlorides in gaseous aluminum chloride. Inorganic chemistry1978, 17, 9, 2473-2484.[96] D. Hildenbrand, K. Lau, S.
Mastrangelo. Gaseous species in the titaniumaluminum-chlorine system and reaction with water. The Journal of PhysicalChemistry 1991, 95, 8, 3435-3437.[97] A. Anundskås, H. Øye. Gas complexes between aluminium chloride andvanadium chloride. Journal of Inorganic and Nuclear Chemistry 1975, 37,7-8, 1609-1619.[98] G. Papatheodorou. Spectra and thermodynamics of the cobalt (II) chloride—aluminum chloride gaseous complexes. Zeitschrift für anorganische undallgemeine Chemie 1975, 411, 2, 153-162.[99] P.
Thistlewaite, S. Ciach. Spectrophotometric study of the cobalt chloridealuminum chloride vapor complex. Inorganic chemistry 1975, 14, 6, 14301432.[100] A. Dell'Anna, F. Emmenegger. Gasphasenkomplexe zwischen Kobaltchloridund Aluminiumchlorid. Helvetica Chimica Acta 1975, 58, 4, 1145-1161.[101] H. B. Merker, H. Schäfer. Gleichgewichtsmessungen mit den SystemenPdX2 (f)+ Al2X6, (g) = PdAl2X8, g (X= Cl, Br, I). Zeitschrift füranorganische und allgemeine Chemie 1981, 480, 9, 76-80.[102] W. Lenhard, H. Schäfer. Die gasförmigen Komplexe NiAl2Cl8 undNiAl3Cl11.
Zeitschrift für anorganische und allgemeine Chemie 1981, 482,11, 167-172.268269[103] W. C. Laughlin, N. Gregory. Thermodynamic properties of the molecularcomplex copper (I) tetrachloroaluminate. The Journal of Physical Chemistry1976, 80, 2, 127-129.[104] H. Wächter, H. Schäfer. Das Gleichgewicht CuCl2( f)+ Al2Cl6, g= CuAl2Cl8,g und die beteiligten Nebenreaktionen. Zeitschrift für anorganische undallgemeine Chemie 1980, 471, 1, 38-58.[105] H.Schäfer,U.Flörke.Gasförmige KomplexevonTrichloriden,Tetrachloriden und Pentachloriden mit Aluminiumchlorid.
Zeitschrift füranorganische und allgemeine Chemie 1981, 479, 8, 89-98.[106] S. Boghosian, G. Papatheodorou, R. W. Berg, N. Bjerrum. Ramanspectroscopic studies of vapor complexation in the MCl4-POCl3 and MCl4AlCl3 (M= Zr or Hf) binary systems. Polyhedron 1986, 5, 9, 1393-1403.[107] S. Boghosian, G. Papatheodorou. Evaluation of stoichiometric coefficientsandthermodynamicfunctions of vapor complexesusingRamanspectroscopy: the systems ZrX4-AlX3 (X= Br, Cl). The Journal of PhysicalChemistry 1989, 93, 1, 415-421.[108] G. Papatheodorou.
Spectrophotometric study of the palladium (II) chloridealuminum chloride vapor complex. The Journal of Physical Chemistry 1973,77, 4, 472-477.[109] G. Papatheodorou. Spectrophotometric study of the platinum (II) chloridealuminum chloride vapor complex. Inorganic chemistry 1973, 12, 8, 18991902.[110] U. Florke, H. Schafer. Gas molecules Pd2Al2Cl10 and PdAlCl5 asaccompanists of PdAl2Cl8. Zeitschrift für anorganische und allgemeineChemie 1979, 459, 12, 140-144.[111] H. Schafer, U. Florke. HgAlCl5, Formeltyp der gasformigen KomplexeMCl2 - nAlCl3 und die Koordination im festen Dichlorid. Zeitschrift füranorganische und allgemeine Chemie 1981, 47984-88.269270[112] J.D.Corbett,R.A.Lynde.Bismuth(I)tetrachloroaluminate.Spectrophotometric study of its equilibrium formation in the gas phase.Inorganic chemistry 1971, 10, 8, 1746-1749.[113] D.
M. Gruen, R. L. McBeth. Vapor complexes of uranium pentachloride anduranium tetrachloride with aluminum chloride. The nature of gaseousuranium pentachloride. Inorganic chemistry 1969, 8, 12, 2625-2633.[114] D. M. Gruen, R. L. McBeth. Uranium tetrachloride—aluminum trichloridevapor complex. Inorganic and Nuclear Chemistry Letters 1968, 4, 5, 299303.[115] Z.-C. Wang, L.-S. Wang. Thermodynamic properties of the rare earthelement vapor complexes LnAl3Cl12 from Ln= La to Ln= Lu. Inorganicchemistry 1997, 36, 8, 1536-1540.[116] Z.-C. Wang, L.-S.