|
Juana Vivó ACRIVOS(Jennie), Professor of Chemistry Emerita SJSU. Tel. 408-924-4972, Fax 408-924-4945; jacrivos@athens.sjsu.edu U.S. Citizen. b. (Juana Luisa Adolfina Vivo' y Azpeitia) Habana, Cuba, m. Andreas Acrivos. Mentor and 1989 Chair Expanding Your Horizons (EYH) at SJSU; San Jose' area convenor for Cambridge University |
B.S. Universidad de la Habana, 1951. Ph.D. Physical Chemistry Major, Mathematics Minor, University of Minnesota, 1956. D.Sc. Universidad de la Habana, 1956. Post doctor positions: Stanford University 1956-1959, University of California, and Berkeley 1959-1962.
University of Minnesota, Lecturer in Chemistry, summer, 1961; San Jose' State University, Assistant Professor 1963, Associate Professor 1967, Full Professor 1972 and Emeritus Professor March 1, 2000. NSF Woman Professor Chemical Biodynamics, 1987-1988. Sabbatical leaves at the Cavendish Laboratory 1970, 1977, 1983, and 1990. Visiting Scientist, IRC for Superconductivity, Cavendish Laboratory, and Cambridge, UK Summer 2000. Visiting Scientist, Stanford University 1971-1975 and 1980-1987. Research Professorship (University Fellow) granted at San José State University 1968 and 1974. Visiting Fellow Commoner: Cambridge University, 1983 (Trinity College) and 1990 (Lucy Cavendish College).
Director NATO Advanced Study Institute: "Physics and Chemistry of Electrons and Ions in Condensed Matter", Cambridge University, England, 1984. Courses at SJSU Physical Chemistry, Introduction to Quantum Chemistry, Statistical Mechanics, Quantum Mechanics, Introduction to Solid State Quantum Mechanics and Chemical Computation. Mentor minority students, SJSU (1991 to 1995). Advisor to B.S. students in Solid State Chemistry and Chemistry of Materials Concentration until 2000. Journal Referee. Research and course materials are found at www.sjsu.edu/faculty/Acrivos/front.html.
Elected Visiting Fellow Commoner, Cambridge University Cambridge, England twice: Lucy Cavendish College in 1990 and Trinity College, 1983. NSF Visiting Woman Professor, UC Berkeley 1987-1988; FACE (Facts About Cuban Emigrants to US) 1987. Awardee; SJSU Meritorious and Professional Performance Award, 1984, 1986, 1987; Elected University Fellow, SJSU, 1975; Dean's Award for Exemplary Research, SJSU, 1976. Phi Kappa Phi "Distinguished Academic Achievement", May 1980; San Jose' State University, President's Scholar, 1982; Graduate Fellow, Institute of International Education, 1951-1952.
|
Student evaluation in Physical Chemistry: "She is one of the very few who deserves the title of TEACHER: Tell me - I'll forget. Show me - I'll remember. Involve me I'll understand. From this class, I have learned". "She has made learning a better environment. Her techniques are effective and enlightening. She provides tremendous challenges to all students". |
National Science Foundation, Research Corporation, IBM and William M. Keck Foundation. Quote from NSF referee: "Prof. Acrivos is one of the recognized leaders in the field of intercalation chemistry with an international reputation and an established track record. She effectively employs a number of experimental techniques and theoretical techniques in selective collaboration with other experts to elucidate the physical and chemical properties of a number of novel intercalated layer solids". The bar graph shows the vital statistics of those mentored, HS: high school students, BS: bachelor of science, MS: master of science, Ph.D: doctoral students and HST: high school teachers. Their names and list of joint publications are given below.
Pioneering work has been done since 1951 in the study of condensed matter. As a professional in X-ray absorption spectroscopy (XAS), magnetic resonance (ESR and NMR), X-ray diffraction, electron diffraction, of organic and cuprate superconductors - low dimensional solids, metal ammonia systems and, and as a graduate student semiquinones and impurity states in Mg0. The interpretation of these results has led to a better understanding of the metal to insulator transitions using the Mott-Anderson theory. A wide variety of spectroscopic tools have been used, e.g., optical transmission spectra of single crystals, X-ray diffraction, magnetic resonance and X-ray edge absorption using Synchrotron Radiation. The present work is dedicated to the study of low dimensional solids by ESR and XAS. Optical transitions with a high photon flux laser probe the properties of excited states in ESR, pioneered in 1985 influence the transition to superconductivity in organic solids. The latter include organic metal-superconductors and derivatives of superconducting perovskites YBa2Cu307. Most undergraduate research students have gone on to get professional degrees; many are in academia and have generated more professionals.
National Science Foundation Graduate Fellowship Program, 1987-to present. National Research Council Associateship Program, 1987-to present. NIH Study Group, Brandeis University. NSF Panel for DMR: 1992 NSF Panel for Research Initiation, VPW, 1989, 1990, 1991. DOE Review Panel, 1992.
The research work has led to the publication of ~100 articles in American, British, German, Scandinavian and French Scientific Journals, and a book since 1955.
List of Publications in Professional
Position (undergraduate
participants names are underlined)
100.
J.V. Acrivos, "Solid state phase transitions characterized by esr and xas",
Solid State Sciences, 2, 807-820 (2000)
99.
J.V. Acrivos, "Spin-Exchange Term in the Solvent Equation of State Near the
Critical Point for Electron Transfer Reactions", J. Solid. State
Chemistry, 150, 10l–110 (2000)
98. J.V. Acrivos, "Dynamic phenomena in
organic metal (BEDT-TTF)3Ta2F11”, Mol. Cryst. Liq. Cryst., 284, 411 (1996)
97.
J.V. Acrivos, Lei Chen and C.M. Burch, Dynamic Phenomena in Layer
Superconducting Cuprate and Organic Metals” Superlattices and Microsturctures, 18, 197 (1995)
96.
J.V. Acrivos, Lei Chen, C.M. Burch, P. Metcalf, J.M. Honig, R.S.Liu and K.K.
Singh, “Dynamic phenomena in superconducting oxides by ESR”, Phys. Rev. B 50, 13710 (1994)
95. J.V. Acrivos, Lei Chen, C.M. Burch,
P. Metcalf, J.M. Honig, R.S.Liu and K.K. Singh, Dynamics of flux motion observed
by esr in superconducting oxides”, Physica C, 235-240, 3159 (1994)
94. J.V. Acrivos, M. Chen-Lei, C.
Jiang, H. Nguyen, P. Metcalf and J. M. Honig, "Paramagnetism, anti ferromagnetism and
Superconductivity in La2NiO4", J. Solid State Chemistry, 111, 343 (1994).
93. J.V. Acrivos and O. Stradella, "SCF
Wave Functions for (CuO2)4 Lamella in Crystal Field of
T'-Nd2CuO4" International Journal of Quantum
Chemistry, 46, 55(1993)
92. J. V. Acrivos and C. T. Lin,
"Interaction of Pyridine with Ba2CaSr2Cu20x,"
J. Chime. Phys. IV, C5, 325 (1991).
91. J. V. Acrivos, R. Ithnin, C.
Bustillo, M. Chen Lei, and D. Ptak, "Electrochemistry of
YBa2Cu307-d
above Tc and rf Dissipation below Tc," Cryst. Liq. Cryst. 184, 273 (1990)
90. J. V. Acrivos, R. Ithnin, C.
Bustillo, M. Chen Lei, and D. Hellmoldt, "Disorder in
YBa2Cu307-d
by Entropy Measurements and by rf Dissipation," Physica C, 162-164, 1665 (1989)
88. R. Ithnin, D. Gilbert, S.
Arnold and J. V. Acrivos, "Sulfur Intercalated into 123". "Chemical Physics of Intercalation", A.
P. Legrand and S. Flandrois,
ed., D. Reidel, 1987, p. 507.
87. J. V. Acrivos, "Mobile Electron Bond
Order in Intercalated IT-TaS2", J. Phys. C. Solid State Physics, 20, 4377 (1987).
86. J. V. Acrivos, H. P. Hughes and S. S.
P. Parkin, "ESR Study of Optically Induced Phase Transitions" J. Chem. Phys. 86, 1780 (1987).
85. J. V. Acrivos, "Equation of State for
a Conduction Electron Gas near the Mott Transition", Philos., Mag. 52, 471 (1985).
84. J. V. Acrivos, N. F. Mott and A. D.
Yoffe, "Physics and Chemistry of
Electrons and Ions in Condensed
Matter," NATO ASI Series C 130,
D. Reidel (1984).
83. J. V. Acrivos, "Low Dimensional Solid
Intercalation with Donor and Acceptor
Molecules" in "Physics and
Chemistry of Electrons and Ions in Condensed Matter", NATO ASI Series C 130, D. Reidel (1984). p. 479
82.
J. V. Acrivos, "X-ray Absorption Spectroscopy Across the Metal non
MetalTransition"" in "Physics and
Chemistry of Electrons and Ions in Condensed Matter", NATO ASI Series C 130, D. Reidel (1984) p. 335.
81
N.H. Handly and J.V. Acrivos, "NMR measurements on Intercalated
3R-TaS2.Ix (I=NH3 and
N2H4)", J. Phys. C.
Solid State Physics 17, L275
(1984)
80.
J.V. Acrivos, "Solvation Across the Metal to Non-Metal Transition in
Mx(NH3)1-x", J. Phys. Chem. 88, 3740 (1984)
79.
J. V. Acrivos, "The Physics-Chemistry Interphase...and Humphrey Davy",
Chemistry in Britain, 20, 145 (1984).
78.
S. S. P. Parkin and J. V. Acrivos "XANES in (TMTSeF)2Re04:
Polarization Dependence of the Se K-Edge" Journal de Phys., C3,
1011 (1983).
77.
J.V. Acrivos, S.S.P. Parkin, J. Code, J. Reynolds, K. Hathaway,
H. Kurasaki, and E. Marseglia, "Conduction Band Symmetry in Ta
Chalcogenides from Ta L Edge
X-ray Absorption
Spectroscopy (XAS)", J. Phys. C. Solid State Physics, 14,
L349-L357 (1981)
76.
K. Yamaya, T.H. Geballe, J.V. Acrivos and J. Code, "Effects of
N2H4 on the Transition Temperature in the Anisotropic
Superconductor TaSe3", Physica, 105B, 444-447
(1981).
75.
J.V. Acrivos, J. Reynolds, H. Kurasaki, and L. Esparza,
"Dynamics of the Intercalation Reaction in Layer Metals and Semimetals",
Chem. Scripta, 17, 185 (1981).
74
J.V. Acrivos, S.S. P. Parkin, K. Hathaway, J.R. Reynolds, M.P.
Klein, A. Thompson and A. Robertson, "Measurement of Synchrotron x-ray energies
and line shapes using diffraction markers" Rev. Sci. Instr. 53, 575, (1982)
73.
J.V. Acrivos, K. Hathaway, A. Robertson, and M.P. Klein, "Mott g-Ratios
in Rbx(NH3)1-x and Oxidation state of Rubidium Compounds
from XAS", J. Phys. C. 14,
L557 (1981)
72.
J.V. Acrivos, K. Hathaway, A. Robertson, and M.P. Klein, "Species Present
in M-NH3 Near the Metal-Insulator Transition", J. Phys. Chem.,
84, 1206-1211 (1980).
71.
J.V. Acrivos, "On the Intercalation Reaction" "Physics and Chemistry of
Materials with Layer Structures, Vol. VI Intercalated Layer Materials", F. Levy,
Editor, D. Reidel Publishing Co.,
Dordrecht, Holland, (1979).
70.
G.J. Tatlock and J.V. Acrivos, "In Situ Intercalation of TaS2 in the
Electron Microscope", Philos. Mag. 38, 81-93 (1978).
69.
A.R. Beal and J.V. Acrivos, "Rate of Intercalation of N2H4
into 2H-NbSe2 measured by Transmittance", Philos. Mag. ,
37, 409-421 (1978).
68.
J.V. Acrivos, C. Delios and H. Kurasaki, "Chemical Reactions of
TaS2 (2H Phase)", Philos. Mag., 34, 1047-1056
(1976).
67.
S.F. Meyer, J.V. Acrivos and T.H. Geballe, "Insertion Compounds of
2H-TaS2.NH3", Proc. Nat. Acad. Sci., USA,
72, 464-468 (1975).
66.
D.W. Murphy, F.J. DiSalvo, G.W. Hull, J.V. Waszczak, S.F. Meyer, G.R. Stewart,
S. Early, J.V. Acrivos and T.H. Geballe, "Properties of
HxTaS2",
J. Chem. Phys.,
62, 967-972 (1975).
65.
S.F. Meyer, R.E. Howard, G.R. Stewart, J.V. Acrivos and T.H. Geballe, Properties
of Intercalated 2H-NbSe2, 4Hb-TaS2 and
1T-TaS2", J. Chem. Phys., 62, 4411-4419 (1975).
64.
J.V. Acrivos, C. Delios, N.Y. Topsoe, and J.R. Salem, "Insertion
of NH3 and N2H4 into Layer Disulfides", J.
Phys. Chem., 79, 3003-3010 (1975).
63.
J.V. Acrivos, "Insertion Compounds of Transition Element Disulfides", J.
Phys. Chem., 78, 2399-2404 (1974).
62.
J.V. Acrivos and J.R. Salem, "Charge Transfer Complexes in Intercalated
Layer Compounds", Philos. Mag., 30, 603-619 (1974).
61.
J.V. Acrivos, "Mott g-Ratios of the Density of States for Na-NH3",
Philos. Mag.,
25, 757-759 (1972).
60.
J.V. Acrivos and N.F. Mott, "On the Metal-Non-Metal Transition in Sodium-Ammonia
Solutions", Philos. Mag., 24, 29-31 (1971).
59.
J.V. Acrivos, Y. Liang, J. Wilson and A. Yoffe, "Optical Studies of Metal-
Semiconductor Transmutations Produced by Intercalation", J. Phys. C: Solid
St. Phys., 4, L18-L20
(1971).
58.
J.V. Acrivos, "On the Intercalation Reaction" "Physics and Chemistry of
Materials with Layer Structures, Vol. VI (1977) Intercalated Layer Materials",
F. Levy, Editor, D. Reidel Publishing Co., Dordrecht, Holland.
57.
J.V. Acrivos, S.F. Meyer and T.H. Geballe, "On Superconducting Metal-Ammonia
Complexes", Proceeding of Colloque Weyl III, Israel (June, 1972), Electrons in
Fluids, Jortner and Kestner, Eds., Springer Verlag, 1973, p. 341-353.
56.
J.V. Acrivos, J. Azebu and S. Farmer, "Intermetallic Solutes in
Liquid Ammonia" Metal-Ammonia
Solutions (Ed. G. Lepoutre and M. J. Sienko) Butterworth, London (1970) p.
145-149.
55.
J.V. Acrivos, "Resonance Absorption of p-Benzosemiquinone in the Zeeman Region",
J. Chem. Phys., 47, 5389 (1967).
54.
J.V. Acrivos, "Spin-Resonance Transitions of Free Radicals in the Zeeman
Region", Bull. Am. Phys. Soc., 11, 718 (1966).
53.
J.V. Acrivos, "On the Electron Spin Density Distribution in the
Na-NH3 System",
Metal-Ammonia Solutions (ed. G. Lepoutre and M. J. Sienko) W. A.
Benjamin, Inc. (1964) p. 302.
52.V.
Acrivos and K.S. Pitzer, "Temperature Dependence of the Knight Shift of the
Sodium-Ammonia System", J. Phys. Chem., 66, 1693 (1962).
51.
J.V. Acrivos, "Application of the Sideband Technique to Wide-Line NMR
Spectra", J. Chem. Phys.,
36, 1097 (1962).
50. J.V. Acrivos, "Analysis of the A3(X3)3 Nuclear Spin System and -Electron Coupled Hyperfine Splitting Constants in Aromatic Hydrocarbons", Mol. Phys., 5, 1 (1962).
·
Publications recognize
the research associates/students mentored
Year - Name Degree with JVA Final Degree Present
Occupation