Professor
of Geochemistry
Department of Geology
University of Cincinnati
Cincinnati, Ohio 45221-0013 USA
E-mail: Attila.Kilinc@uc.edu
Tel (513) 556-3732
Education
M.S.
The Pennsylvania State University, Geology-Geochemistry1966
Ph.D. The Pennsylvania State University, Geology-Geochemistry1969
Post-doc. Stanford University 1968-70
Recent Presentations
Locke,
D.R. and Kilinc, A.I., 1998, Petrogenesis of Parana Basin continental
flood basalts: A polybaric crystallization model. EOS Transaction, AGU
1998 Spring Meeting, v 79, No 17, p S-378
Locke, D.R. and Kilinc, A.I., 1998, Modeling low pressure differentiation
of high magnesium mantle plume-derived melts: understanding the petrogenesis
of Parana Basin continental flood basalts. GSA Abs. v. 30, #7, p.91
Nicholis, M., Locke, D.R. and Kilinc, A.I., 1998, Calculation of the evolution
of Reunion Island (Pitan de la Fournise) basalts: Investigation of physicochemical
aspects of differentiating basaltic magma. GSA Abs. v. 30, #7, p. 377
Kilinc, A.I. and Locke, D.R., 1998, Crystallization in shallow magma chambers
and resulting pressurization of rhyolitic magma. GSA Abs. v. 30, #7, p.45
Kilinc, A.I. and Locke, D.R., Dogan, U., Dogan, M., 1999, An AFC Model
for the Meso- and Neo-volcanics of the Hasan Dagi complex (Central Anatolia,
Turkey). GSA Abs. v. 31, No. 7, p. A-478
Closson, R., and Kilinc, A., 1999, Testing of magma mixing at the Soufriere
Hills Volcano, Montserrat. GSA Abs. v. 31, No. 7, p. A-180
Nicholis, M. and Kilinc, A.I., 2000, Is bubble nucleation a homogeneous
or a heterogeneous process. AGU Spring Meeting, v.81, No 19, S433-S434
Kilinc, A.I. and Nicholis, M., 2001, Kinetics of bubble nucleation and
growth in high-silica melts. American ceramic Society, PAC RIM 4 meeting
(November 2001)
|
GEOL
101
Introduction to Geology
GEOL 303
Modern Methods of Mineral Identification
GEOL
361 Environmental Volcanology
GEOL 501
Igneous Petrology
GEOL 512
Graduate Research
GEOL 589
Fluid Dynamics
GEOL 627-28
Solution geochemistry
GEOL 648 Thermodynamics
GEOL 861 Basaltic Volcanism
GEOL 862 Silicic Volcanic Systems
GEOL 863 Subduction Zone Volcanism |
I
am interested in a wide range of experimental, analytical, theoretical,
studies with the primary objective of understanding the physical and chemical
processes controlling the origin and evolution of igneous rocks.
Experimental and theoretical studies of bubble nucleation and growth in
silicate melts
Experimental and theoretical studies of alkaline basalts
Decompressional melting in the mantle
Oxidation-reduction reactions in silicate melts
Volatiles in magmas
Recent Presentations
Locke, D.R. and Kilinc, A.I., 1998,
Petrogenesis of Parana Basin
continental flood basalts: A polybaric
crystallization model. EOS Transaction,
AGU 1998 Spring Meeting, v 79, No 17,
p S-378
Locke, D.R. and Kilinc, A.I., 1998,
Modeling low pressure differentiation of
high magnesium mantle plume-derived
melts: understanding the petrogenesis
of Parana Basin continental flood
basalts. GSA Abs. v. 30, #7, p.91
Kilinc, A.I. and Locke, D.R., 1998,
Crystallization in shallow magma
chambers and resulting pressurization
of rhyolitic magma. GSA Abs. v. 30, #7,
p.45
Nicholis, M. and Kilinc, A.I., 2000, Is
bubble nucleation a homogeneous or a
heterogeneous process. AGU Spring
Meeting, v.81, No 19, S433-S434
Kilinc, A.I. and Nicholis, M., 2001,
Kinetics of bubble nucleation and
growth in high-silica melts. American
ceramic Society, PAC RIM 4 meeting
(November 2001)
Craven, K. and Kilinc, A., 2002. High pressure Origin of alkalic rocks
from Haleakala Volcano, Hawaii. GSA Abs. v. 34 No.6
Fay, L. Wischer, S. and Kilinc, A. 2002.
Origin of alkalic rocks from Hualalai
Volcano, Hawaii. GSA abs. v. 34 No.6
Laboratory
Experimental
Equipment: My experimental geochemistry lab is equipped with
seven cold-seal pressure vessels, one-atmosphere Deltech furnace, 4-Kb
Heskel high-pressure, high-temperature pressure vessel and 10-Kb internally
heated high-pressure, high-temperature pressure vessel. This equipment
together with a chemical lab and with computer facilities offers opportunities
to study various geochemical processes in igneous
rocks.
Analytical Equipment: The department of Geology has XRD, XRF
facilities and fluid inclusion study equipment. In addition, we have access
to the SEM, TEM and Electron microprobe labs that are located in the Materials
Science department. |
