CURRICULUM VITAE
Dov Bahat
(2018)
21/02/18
Address:
Department of Geological and Environmental Sciences
Ben Gurion University of the Negev
Beer Sheva 84105
Israel
phone: 972-8-6472-623, fax: 972-8-6472-997
bahat@bgumail.bgu.ac.il
Born in Haifa, Israel, on March 4th,
1935
Research Interests
Outcrop - size fracture phenomena in
the field, mostly joints;
Experimental study of brittle fracture
in inorganic and polymeric glasses; Application of fracture-physics to problems
in structural geology;
Tectonofractography;
Electromagnetic radiation induced by fracture in rocks - a
supplementary concept to seismology.
Education
1963 M.Sc.
Geology and Mineralogy, The Hebrew University
1967 Ph.D. Geology and Mineralogy, The
University of Melbourne "Some Mineralogical, Geochemical and Petrological
Aspects of the Tertiary Alkaline Province in Victoria".
1967 Certificate, Special Program in
Ceramics, Harvard and M.I.T.
1968 Certificate, Management Development
Program, Syracuse University.
Professional_Experience
1960 Oil
exploration, France, Summer exchange program.
1966-1969 Senior Mineralogist, Glass-Ceramic research
group, Corning Glass Works, New York.
1969-1971 Head,
Glass and Ceramics R & D group, Ispra Ltd., Tel-Aviv.
1970-1971 Member of the professional committee for the
initiation of the School of Applied Sciences at the Hebrew University.
1971-1972 Visiting Senior Lecturer, The Hebrew
University.
1971-1972 Consultant, Coor Industries Ltd., Tel-Aviv.
1971-1973 Senior Researcher, Israel Ceramic and
Silicate Institute, Technion City, Haifa.
1973-1981 Associate Professor, Department of Geology
and Mineralogy, Ben Gurion University of the Negev.
1974-1979 Consultant,
Tempo Container Glass Industries Ltd., Yerucham.
1976-1980 Dean
of the Faculty of Natural Sciences (by election in the Faculty).
1980-1981 Sabbatical year, Department of Earth & Planetary Sciences,
M.I.T., Cambridge, Mass. U.S.A.
1981 Professor
of Geology, Department of Geology and Mineralogy, Ben Gurion University of the
Negev.
1981-1982 Sabbatical year, Lamont-Doherty Geological Observatory, Palisades,
N.Y., U.S.A.
1985-1985 Consultant,
Phoenicia Container Glass Industries Ltd., Yerucham.
1988-1989 Head
of the Department of Geology and Mineralogy.
1990-1994 Rector of the Ben-Gurion University of the Negev (by election in the
Senate).
1993 Founder
and Head, The Deichmann rock-mechanics laboratory of the Negev.
1994-1995 Sabbatical year, Division of Earth Sciences, Lawrence Berkeley
Laboratory, California, U.S.A.
1995.
1995-2003 Department
of Geological and Environmental Sciences, Ben-Gurion University of the Negev.
2004. 2004.
Sabbatical
three months, Department of Urban and
Environmental Engineering,
Gradual School of Engineering,
Kyoto University, Japan.
2005 Sabbatical two months, China University of Mining and Technology
in Beijing and Tongji University in Shanghai, China.
2005-2018 Department of Geological and Environmental Sciences,
Ben-Gurion
University of the Negev (Emeritus).
Research
Funding
1. Israel
Ministry of Defence, a grant in 1969.
2. Israel
Ministry of Defence, two grants in 1970.
3. Israel
Ministry of Defence, a grant in 1971.
4. Israel
Ministry of Defence, a grant in 1972.
5. Israel
Ministry of Defence, two grants in 1974.
6. Israel
Ministry of Defence, two grants in 1975.
7. Israel
Ministry of Energy 1983/1984. Subject:
Vertical faulting in synform structures and its possible implications to rift
structures.
8. Israel
Ministry of Energy 1985/1986. Subject:
Fractures in the Lower and Middle Eocene Chalks.
9. Israel
Ministry of Energy 1987/1988. Subject:
Multi-layer fracture an initiator of vertical faulting in the Beer Sheva area.
10. Israel Ministry of Energy 1988/1989. Subject: Application of fracture surface
morphology in the distinction of geological processes.
11. The Israeli Academy of Science (with
Prof. A. Rabinovitch) 1988/1989.
Subject: Detailed characterization of a fault termination.
12. Israel Ministry of Energy 1988/1989.
13. Israel Ministry of Energy 1989/1990.
14. Israel Ministry of Energy (with Prof. A.
Rabinovitch) 1994/1995. Subject: Electromagnetic radiation induced by fracture.
15. Sabbatical-Fellowship, Lawrence Berkeley
Laboratory, California, USA (1994/1995).
16. Israel Ministry of Energy (with Prof. A.
Rabinovitch) 1995/1996. Subject: Electromagnetic radiation induced by fracture.
17. Israel Ministry of Energy (with Prof. A.
Rabinovitch) 1996/1997. Subject: Electromagnetic radiation induced by fracture.
18. Ramat Hovav Industrial Municipality
(1997).
19. Israel Ministry of Energy (with Prof. A.
Rabinovitch) 1997/1998. Subject: Electromagnetic radiation induced by fracture.
20. Israel Ministry of Energy (with Prof. A.
Rabinovitch) 1998/1999. Subject: Electromagnetic radiation induced by fracture.
21. Ezvonot, The Israeli Government (with
Prof. A. Rabinovitch) 1998/1999. Subject: Electromagnetic radiation induced by
fracture.
22. The Israeli Academy of Science (with Prof.
A. Rabinovitch) 2000-2002. Subject: Electromagnetic radiation induced by
fracture.
23. The Israeli Academy of Science (with
Prof. A. Rabinovitch) 2003-2005. Subject: Electromagnetic radiation induced by
fracture.
Thesis_Direction
Avigour,
A. 1979, M.Sc. thesis: Characterization of ancient glasses
from Sinai by mineralogical and
geochemical methods (in cooperation with the department of archeology).
Leonard,
G. 1979, M.Sc. thesis: Physical aspects of fracture in glass bottles (in
cooperation with the department of physics).
Bogosh,
R. 1982, Ph.D. thesis: Petrology and geochemistry of the Tarr
albitite complex, southeast Sinai.
Zlotnikov,
R. 1996, M.Sc. thesis: Statistical study of sizes of secondary cracks in
brittle materials in the mist zone (in cooperation with the department of
physics).
Levi,
Z. 2003, M. Sc. thesis: Joint set as a tool for analyses of the tectonic
deformation in the central Arava along the western rift margin in southern
Israel.
Goldbaum,
J. 2004, Ph. D. thesis: Electromagnetic radiation emitted from propagating
cracks in brittle materials. Official guidance with Prof. A. Rabinovitch from
the department of physics, in the department of physics.
Host
of post-doctorates
Dr.
Vladimir Frid from The Leningrad Mining Institute, in 1991.
Dr.
Christoph Janssen from Potsdam (GFZ), in 1992.
Dr.
Michael R. Gross from The Pennsylvania State University, in 1993.
Teaching_Material
1. D. Bahat
Scientific and technological aspects
of glass by figures (outline for
lectures). The Hebrew University (In
Hebrew) 1971, 96 p.
2. D. Bahat
Scientific and technological aspects
of glass, Laboratory manual. The
Hebrew University (In Hebrew) 1971,
16 p.
3. D. Bahat
Supporting pages for the course of
structural geology (outline for
lectures) 1995, 119 p.
4. D. Bahat
Supporting pages for the course of
rock forming minerals (outline for lectures) 1995, 36 p.
Prize
1. Award of the Israel Geological Society for
Outstanding Work, March 25, 1980.
Unpublished
Works
(including reports on applied research)
1.
D. Bahat
Alkaline
earth ion exchange experiments in glass-ceramics,
R/D
report, U.S.A. C.G.S. Group Report, March 1967.
2.
D. Bahat
Polymorphism
in synthetic alkaline earth feldspars in relation to
glass-ceramics,
R/D report, December 15, 1967, U.S.A. C.G.S.
3.
D. Bahat
Alkaline
earth feldspar glass-ceramics by hydrothermal method,
Invention
Disclosure, U.S.A. C.G.S., February 1968.
4.
D. Bahat
Uranium
rich glasses and glass-ceramics, R/D report, December 1968,
U.S.A. C.G.S. Group Report.
5.
D. Bahat and G.H. Beall
A
new field of super high temperature insulation wool R/D report
Group
Report, June 1968
6.
D. Bahat
Celsian
ceramis, R/D Memorandum, U.S.A. C.G.S.,
September 5, 1968.
7. D. Bahat, G.H. Beall and H. Rittler
Disclosure
on glass-ceramic fibers, October, 1968.
8.
D. Bahat
Applications
of glass and glass-ceramics materials to nuclear reactors,
Survey,
U.S.A. C.G.S., October 31, 1968.
9.
D. Bahat and M. Oron
Report
Multi Channel Plates; survey and R & D, 59 p. Israel, ISPRA, March 1970.
10.
D. Bahat
Glass
lasers with Nd, and applications, (Consultant report in Hebrew), 1971.
11.
D. Bahat
Albite
from Wadi Tar Sinai. Infrared absorption
and X-ray diffraction characterization,
Israel Ceramic and Silicate Institute, December 1972.
12.
D. Bahat
Chemical
and physical experiments on soda-lime-silica glass,
Israel
Ceramic and Silicate Institute (In Hebrew). Reports:
a)
November 1971
b)
November 1972 (invention of new heat absorbing glass)
c)
May 1973
13.
D. Bahat
Mineralogical
and heat treatment studies on albitophyre from Wadi Tar, Sinai, Ibid., July
1973.
14.
R. Bogoch, T. Minster and D. Bahat
Albite
for the ceramic and glass industries, Wadi Kid area, Sinai,
Geol.
Surv. Israel, September 1973.
15.
D. Bahat and J. Flicstein
Development
of glass membranes for water desalination by the reverse osmosis technique
(technical report to National Council), August 1975.
16.
D. Bahat
Improvements
in glass container manufacture, Tempo Industries,
Yerucham,
Reports:
a)
June 1974
b)
September 1974
c)
November 1975
17.
D. Bahat
The
significance of the mirror plane at the vertical split of a
fractured
glass bottle, Tempo Industries, Yerucham, January 1976.
18.
D. Bahat and J. Flicstein
Production
of conventional fiber optics, Technical Report, April 1976.
19.
D. Bahat
Feldspar
from Sinai, possible raw materials for the Israeli glass and
ceramic
industries, and export, Israel Chem. Eng. 7, 4-5, 1976.
20.
D. Bahat
Techniques
for production of glass fibers for optical communication,
June
1976.
21.
Z. Rispler, Y. Evron and D. Bahat
Prospects
for limitation of work on Sabbath in glass plants,
Yerucham
(In Hebrew). Technical and economic
report, Coor Industries, Ltd., February 1979.
22.
D. Bahat
Head
lines on fracture diagnosis of glass bottles (In Hebrew), October
1985.
23. D. Bahat, K. Grossenbacher and K.
Karasaki
Investigation
of Exfoliation Joints in Navajo Sandstone at the Zion National Park and in Granite
at the Yosemite National Park by Tectonofractographic Techniques. LBL-36971;
UC-400, 67 pp. (1995).
24. D. Bahat
Various fracture manifestations in
folded sediments in the northern Negev. Excursion Guide (1997).
25. D. Bahat and R. Shavit
Fracture in the Beer Sheva Syncline
(Ramat Hovav). Report submitted to the Ramat Hovav Industrial Municipality
(1997).
Patents
1. D. Bahat
On alkaline earth alumino-silicate
glass-ceramic articles. Issued in the following countries:
a) U.S. No.
3,531,303 September 29, 1970
b) Belgium No. 716,609 December
16, 1968
c) Canada No. 830,528 December
23, 1969
d) France No. 1,568,486 April
14, 1969
e) Italy No. 835, 126 January
15, 1969
f) Japan No. 646,685 May
31, 1972
g) United Kingdom No. 1,217,049 April
30, 1971
2. D. Bahat and G.P.K. Chu
On BaO-Al2O3-SiO2 glass-ceramic materials suitable for
sealing
to tungsten and/or molybdenum metal and their alloys,
U.S.
No. 3,578,470, May 11, 1971.
3.
D. Bahat
Improvement
in/or relating to the manufacture of glass articles of high Young's modules,
Israeli Patent, No. 36,337, 1974.
4.
R. Bliman and D. Bahat
Process
for working minerals, Israeli Patent No. 49,537, 1980.
Refereed_Publications
1.
D. Bahat
Structural
changes at room temperature of heated anorthoclases, Canad. Mineral., 9,
531-538 (1968).
2.
D. Bahat
High
temperature plagioclases from the Tertiary volcanic rocks of
Central
Victoria, Roy. Soc. Vic. Proc., 83, 55-61 (1969).
3.
D. Bahat
Heterogenous
nucleation of alkaline-earth feldspars in glasses, J.
Mater.
Sci., 4, 847-854 (1969).
4.
D. Bahat
Compositional
study and properties characterization of alkaline earth
feldspar
glasses and glass-ceramics, J. Mater. Sci., 4, 855-860 (1969).
5.
D. Bahat
Optical
and infrared studies on high temperature alkali feldspars, J.
Geol.
Soc. Aus., 17, 93-102 (1970).
6.
D. Bahat
Kinetic
study on the hexacelsian-celsian phase transformation, J.
Mater.
Sci., 5, 805-810 (1970).
7.
D. Bahat
On
several trends of crystallization in intermediate magmas from
Victoria,
Roy. Soc. Vic. Proc., 84, 93-97 (1971).
8.
D. Bahat
Unmixing
of some high temperature alkali feldspars and its petrological significance, J.
Geol. Soc. Aus., 18, 33-39 (1971).
9.
D. Bahat
Several
metastable alkaline earth feldspars modifications, J. Mater.
Sci.,
7, 198-201 (1972).
10.
D. Bahat
Phase
transformation and development of hourglass pattern in synthetic barium
feldspar, Amer. Mineral., 59, 139-142 (1974).
11.
D. Bahat
Characterization
of albite from Sinai by physical methods. Israel J.
Earth-Sci.,
24, 1-5 (1975).
12.
D. Bahat
Prehistoric
Hertizian fracture of chert, J. Mater. Sci., 12, 616-620
(1977).
13.
D. Bahat
Thermally
induced wavy Hertzian fracture, J. Amer. Ceram. Soc., 60, No. 3-4, 118-120
(1977).
14.
D. Bahat and J. Flicstein
Hollow
fiber glass membrane, J. Appl. Polymer Sci., 32, 389-395 (1977).
15.
D. Bahat
Hertzian
fracture, a sound physical basis for the explanation of
Carbonatite
structure, Proc. Inter. Colloq. Orleans, France. Earth
Sciences
and Measurement, Memoire du B.R.G.M. No. 91, 275-283 (1978).
16.
D. Bahat
Homogeneous
and heterogeneous polymorphic transformations in alkaline-earth feldspars, J.
Mater. Sci., 13, 2548-2554 (1978).
17.
A. Rabinovitch and D. Bahat
Catastrophe
theory; a technique for crack propagation analysis, J.
Appl.
Phys., 50, 321-234 (1979).
18.
D. Bahat
Theoretical
considerations on mechanical parameters of joint surfaces based on studies on ceramics,
Geol. Mag. 116, 81-92 (1979).
19.
D. Bahat
Interpretation
on the basis of Hertzian theory of a spiral carbonatite
structure
at Homo Mountain, Kenya, Tectonophysics. 60, 235-246 (1979).
20.
D. Bahat
Anorthoclase
megacrysts, physical conditions of formation, Mineral
Mag.,
43, 287-291 (1979).
21.
D. Bahat
On
the African rift system, theoretical and experimental study, Earth
Plan.
Sci. Lett., 45, 445-452 (1979).
22.
D. Bahat and G.P.K. Chu
High
temperatures glass-ceramics of the BaO-Al2O3-SiO2-Ta2O5 system and molybdenum metal composition, J.
Mater. Sci., 14, 2637-2641 (1979).
23.
D. Bahat and A. Rabinovitch
On
the initiation of the East African rift system, a quantitative
analysis. Geodynamic Evolution of the Afro-Arabian Rift
System. Proc. Intern. Symp. Rome, Accad.
Nazional. Dei Lincei 47, 25-33 (1980).
24.
D. Bahat
Hertzian
fracture, a principal mechanism in the emplacement of the
British
Tertiary intensive centres, Geol. Mag., 117, 463-470 (1980).
25.
D. Bahat
Secondary
faulting, a consequence of a single continuous bifurcation
process,
Geol. Mag., 117, 373-380 (1980).
26.
D. Bahat
The
Hertzian fracture model of ring-complexes, J. Geol. 88, 271-284
(1980).
27.
D. Bahat
Plumose
markings on joint surfaces from Cenomanian, Senonian and Eocene chalks in
Israel, Israel J. Earth Sci., 29, 171-174 (1980).
28.
D. Bahat
A
"giant" plumose marking in paleozoic sandstone of Sinai.
Tectonophysics,
68, T1-T7 (1980).
29.
D. Bahat
Certain
mechanical aspects in comparative continental rifting with a
special
reference to the Baikal rift, Geol. Mag., 118, 271-280 (1981).
30.
M.R. Sharpe, D. Bahat and g. Von Gruenewaldt
The
concentric elliptical structure of feeder sites to the Bushveld
complex
and possible economic implications, Trans. Geol. Soc. S.
Africa,
8, 239-244 (1981).
31.
D. Bahat, G. Leonard and A. Rabinovitch
Analysis
of symmetric fracture mirrors in glass bottles, Intern J.
Fracture,
18, 29-38 (1982).
32.
D. Bahat and M.R. Sharpe
Dependence
of Hertzian fracture angle on Poisson's ratio and
indentation
techniques, J. Mater. Sci. 17, 1167-1170 (1982).
33.
D. Bahat
Extensional
aspects of earthquake induced ruptures determined by an analysis of fracture
bifurcation, Tectonophysics, 83, 163-183 (1982).
34.
D. Bahat and A. Rabinovitch
The
initiation of the Dead Sea Rift, J. Geol. 91, 317-332 (1983).
35.
D. Bahat
New
aspects of rhomb structures, J. Struct. Geol., 5, 591-601 (1983).
36.
D. Bahat
Fracture
interaction in the Gregory Rift, East Africa Tectonophysics,
104,
47-65 (1984).
37.
D. Bahat and T. Engelder
Surface
morphology on cross-fold joints of the Appalachian Plateau,
New
York and Pennsylvania, Tectonophysics, 104, 299-313 (1984).
38.
D. Bahat
Low
angle normal faults in Lower Eocene chalks near Beer Sheva, Israel. J. Struct.
Geol. 7, 613-620 (1985).
39.
D. Bahat
Joints
and en echelon cracks in Middle Eocene chalks near Beer Sheva, Israel. J. Struct. Geol. 8, 181-190 (1986).
40.
D. Bahat
Criteria
for the differentiation of en echelons and hackles in fractured rocks. Tectonophysics, 121, 197-206 (1986).
41.
D. Bahat
Rifting
and basin formation along the South Atlantic continental margins. Proc. Fifth Intern. Conf. Basement Tectonics
(S. Ried and D.L. Baars eds.) 5, 221-228 (1986).
42.
T. Engelder, P. Geiser and D. Bahat
Alleghanian
deformation within shales and siltstones of the Upper
Devonian
Appalachian Basin Finger Lakes district, New York, Geol. Soc. Am. Contennial
Field Guide, Northeastern Section 113-118 (1987).
43.
D. Bahat
Correlation
between styles of fracture markings and orientation of
cross-fold
joints. Tectonophysics 136, 323-333 (1987).
44.
D. Bahat
Jointing
and fracture interactions in Middle Eocene chalks near Beer
Sheva,
Israel. Tectonophysics 136, 299-321
(1987).
45.
D. Bahat and P. Mohr
Horst
faulting in continental rifts. Tectonophysics 141, 61-73 (1987).
46.
R. Bogoch, D. Bahat and H. Kisch
A
case study of albitic metasomatism and its implications for the origin of
ophiolitic plagiogranites. Ofioliti 12,
7-22 (1987).
47.
D. Bahat
Fractographic
determination of joint length distribution in chalk. Rock Mech. Rock Engin. 21,
79-94 (1988).
48.
D. Bahat and A. Rabinovitch
Paleostress
determination in a rock by a fractographic method. J. Struct. Geol. 10, 193-199
(1988).
49.
D. Bahat
Early
single-layer and late multi-layer joints in the Lower Eocene chalks near Beer
Sheva, Israel. Annal. Tecton. 2, 3-11
(1988).
50.
D. Bahat and H. Nuno F. Grossmann
Regional
jointing and paleostresses in Eocene chalks around Beer Sheva. Israel J. Earth
Sci. 37, 181-191 (1988).
51.
D. Bahat
Discoid
joints from the flint clays of Makhtesh Ramon, Israel.
Israel
J. Earth Sci. 37, 143-146 (1988).
52.
A. Issar, D. Bahat and E. Wakshal
Secondary
gypsum-filled fissures in the chalks of the Negev.
Catena
15, 241-247 (1988).
53.
D. Bahat
Fracture
stresses at shallow depths during burial.
Tectonophysics
169, 59-65 (1989).
54.
D. Bahat
Genetic
classification of joints in chalk and their corresponding
fracture
characteristics. International Chalk
Symposium, Brighton Polytechnic (Proceedings) Thomas Telford, London (1990)
79-86.
55.
A. Avigur and D. Bahat
Chemical
weathering of fractured Eocene chalks in the Negev, Israel.
Chem.
Geol. 89, 149-156 (1990).
56.
D. Bahat
Plane
stress and plane strain fracture in Eocene chalks around Beer Sheva. Tectonophysics 196, 61-67 (1991).
57.
A. Rabinovitch, G. Belizovsky and D. Bahat
On
the directions of secondary cracks in brittle fracture.
Intern.
J. Fracture, 63: R25-R30 (1993).
58.
D. Bahat and E.M. Adar
Comment
on "Analysis of subsurface flow and formation anisotropy in a fractured
aquitard using transient water level data" by B. Rophe, B. Berkovitz, M.
Margarite and D. Ronen. Water Resour.
Res. 29, 4171-4173 (1993).
59.
A. Rabinovitch, G. Belizovsky and D. Bahat
Length
distribution of secondary cracks in brittle materials.
Phil.
Mag. Lett. 70, 277-280 (1994).
60.
A. Rabinovitch, D. Bahat and V. Frid
Comparison
of electromagnetic radiation and acoustic emission in granite fracturing. Intern. J. Fracture, 71, R33-R41 (1995).
61.
A. Rabinovitch, V. Frid, and D. Bahat
Emission
of electromagnetic radiation by rock fracturing. Z. Geol.Wiss., 24, 387-394
(1996).
62.
K. Grossenbacher, D. Bahat and K. Karasaki
Triangulator:
excel spread sheets for converting relative bearings to
XYZ
coordinates, with applications to scaling photographs and
orienting
surfaces. Computers and Geosciences, 22, 1053-1059 (1996).
63.
K. Grossenbacher, K. Karasaki and D. Bahat
Curved
scanline theory. Math. Geol. 29, 629-651 (1997).
64.
M. R. Gross, D. Bahat and A. Becker
Relations
between jointing and faulting based on fracture-spacing
ratios
and fault-slip profiles: A new method to estimate strain in layered rocks.
Geology, 25, 887-890 (1997).
65.
D. Bahat
Mechanisms
of dilatant en echelon crack formation in jointed
layered
chalks. J. Struct. Geol. 19, 1375-1392 (1997).
66. D. Bahat
Comments
on 'stress field fluctuations along the Dead Sea rift since the middle Miocene'
by Yehuda Eyal. Tectonics, 16, 1006-1008 (1997).
67. D. Bahat
Quantitative tectonofractography - an appraisal. In
Mechanics of Jointed and Faulted Rock, MJFR-3, Viena, Austria, H. P. Rossmanith
(ed) Balkema, Rotterdam, 59-67 (1998).
68. D. Bahat
Four joint genetic-groups
and their distinct characteristics. In
Mechanics of Jointed and Faulted Rock, MJFR-3, Viena, Austria, H. P. Rossmanith
(ed) Balkema, Rotterdam, 211-216 (1998).
69. A. Rabinovitch, V. Frid, and D.
Bahat
Parametrization
of electromagnetic radiation pulses obtained by
triaxial
fracture of granite samples. Phil. Mag. Lett., 77, 289-293 (1998).
70.
D. Bahat, K. Grossenbacher and K. Karasaki
Mechanism of exfoliation joint formation in granitic rocks
at
Yosemite National Park. J. Struct.
Geol., 21, 85-96 (1999).
71.
V. Frid, A. Rabinovitch, and D. Bahat
Electromagnetic radiation associated
with induced
triaxial fracture in granite. Phil.
Mag. Lett. 79, 79-86 ( 1999).
72. A. Rabinovitch, V. Frid and D. Bahat
A note on the amplitude-frequency
relation of electromagnetic radiation pulses induced by material failure. Phil.
Mag. Lett. 79, 195-200 (1999).
73.
A. Rabinovitch, D. Bahat
Model of joint spacing distribution
based on the shadow compliance. J. Geophys. Res. 104, 4877-4886 (1999).
74. A. Rabinovitch, D. Bahat and Z. Melamed
A note on joint spacing. Rock Mech.
Rock Engin. 32, 71-75 (1999).
75. D. Bahat
Single-layer burial joints versus
single-layer uplift joints in Eocene chalk from the Beer Sheva syncline in
Israel. J. Struct. Geol. 21, 293-303 ( 1999).
76. D. Bahat
On paleostresses associated with the
Syrian Arc in Israel. Isr. J. Earth Sci., 48, 29-36 ( 1999).
77.
A. Rabinovitch, G. Belizovsky, and D. Bahat
Origin of mist and hackle patterns
in brittle fracture.
Phys. Rev. B. 61, 14, 968-14, 974
(2000).
78.
A. Rabinovitch, R. Zlotnikov, and D. Bahat
Flaw length distribution measurement
in brittle materials.
J. Appl. Phys. 87, 7720-7725 (2000).
79.
D. Bahat
The quasi-ellipsoid damage zone of faults
and five types of fault-joint relationship in the Beer Sheva syncline, Israel.
IX Congreso Geologico Chileno, Puerto Varas, Chile, 1, 749-753 (2000).
80. P. Bankwitz, Bahat, D. and
E. Bankwitz
Granitklueftung - Kenntnisstand 80 Jahre nach Hans CLOOS. -
Zeitschrift fuer Geologische
Wissenschaften (Z. Geol. Wiss.),
vol.
28, 87-110. Berlin (2000).
81. V. Frid, D. Bahat, J.
Goldbaum and A. Rabinovitch
Potential geophysical applications of electromagnetic radiation induced by rock fracture: experimental and
theoretical. Israel J. Earth Sci. 49, 9-19 (2000).
82. D. Bahat and A.
Rabinovitch
New fractographic aspets of natural
and artificial fractures in
chalks, from the Upper Galilee,
Israel, and experimental fracture in
Perspex. J. Struct. Geol. 22,
1427-1435 (2000).
83.
A. Rabinovitch, V. Frid, D. Bahat and J. Goldbaum
Fracture area calculation from
electromagnetic radiation and its use in
chalk failure analysis. International Journal of Rock Mechanics and Mining
Sciences. 37, 1149-1154 (2000).
84. D. Bahat, P. Bankwitz, and E. Bankwitz
Changes of crack velocities at the transition from the
parent joint through the en echelon fringe to a secondary mirror plane.J.
Struct. Geol. 23, 1215-1221(2001).
85.
D. Bahat, A. Rabinovitch and
V. Frid
Fracture characterization of chalk
in uniaxial and triaxial tests by
rock mechanics, fractographic and
electromagnetic radiation
methods. J. Struct.
Geol. 23, 1531-1547 (2001).
This article has been chosen for
inclusion in www.petroalert.info, a
literature alerting service to the world-wide oil and gas community. Dov Bahat
was notified that:" Your important new contribution to the literature, as
well as the contribution of your colleagues, and those of other authors whose
works are included, met specific requirements for selection".
86.
J. Goldbaum, A. Rabinovitch, V. Frid and D. Bahat
Electromagnetic radiation emitted by
percussion drilling. Intern. J.
Fracture. 111, L15-L20 (2001).
87.
P. Bankwitz, Bahat, D. and E. Bankwitz
Joint formation in granite plutons:
En echelon-hackle series on mirror
fringes (Example: South Moldanubian Pluton,
Czech Republic). Z. dt.
geol. Ges. 152, 593-609 (2001).
88.
P. Bankwitz, E. Bankwitz, Bahat, D. and H. Kaempf
Fractography: Tectonophysical
interpretation of granite joints. - In:
Exkursionsfuehrer u. Veroeffentlichungen
GGW, vol. 212: 142-156,
Berlin (Bautzen meeting) (2001).
89.
D. Bahat, P. Bankwitz, and E. Bankwitz
Joint formation in granite plutons:
En echelon-hackle series on
mirror fringes (Example: South
Moldanubian Pluton, Czech
Republic). - Zeitschrift der Deutschen Geologischen Gesellschaft
(ZdGG), the WEBER volume, 152,
593-609 (2001).
90. A. Rabinovitch, V. Frid, and D. Bahat
Gutenberg-Richter type relation for laboratory fracture
induced electromagnetic radiation. Physical Review E, 65, 011401-011404 (2002).
91.
A. Rabinovitch, V. Frid, D. Bahat and J. Goldbaum
A new method
to obtain crack surface areas from electromagnetic
radiation emitted in fracture: A string of
pulses. In IUTAM
Symposium on Analytical and Computational Fracture Mechanics
of Non-Homogeneous Materials, B. L. Karihaloo (ed.) Kluwer Academic Publishers, 343-348 (2002).
92.
D. Bahat, P. Bankwitz, E. Bankwitz and A. Rabinovitch
Comparison of the new fracture areas created by the
formation of en echelon and hackle fringes on joint surfaces. Zeitschrift für
Geologische Wissenschaften, 30, 1-12 (2002).
93.
A. Rabinovitch, D. Bahat and V. Frid
Similarity and dissimilarity of electromagnetic radiation
from carbonate under compression, drilling and blasting. International Journal
of Rock Mechanics and Mining Science, 39, 125-129 (2002).
94.
D. Bahat, V. Frid, A. Rabinovitch and
V. Palchik
Exploration
via electromagnetic radiation and fractographic methods
of fracture
properties induced by compression in glass-ceramic.
International
Journal of Fracture, 116, 179-194 (2002).
95.
D. Bahat, P. Bankwitz, E. Bankwitz
Pre-uplift joints in granites: Evidence for sub-critical and
post-critical fracture growth and post-critical fracture growth. Geol. Soc.
Amer. Bulletin,115,148-165 (2003).
96.
A. Rabinovitch, V. Frid, D. Bahat, and
J. Goldbaum
Decay mechanism
of fracture induced electromagnetic pulses.
J. Appl. Phys.
93, 5085-5090 (2003).
97.
V. Frid, A. Rabinovitch, and D. Bahat
Fracture induced electromagnetic
radiation
J. Physica D. 36, 1620-1628 (2003).
98.
A. Rabinovitch, V. Frid, J. Goldbaum and D. Bahat
Polarization-depolarization process in glass during percussion
drilling. Phil
Mag 83 (25):2929–2940 (2003).
99.
D. Bahat
Tectonofractography for geologists
and geographers. In: Bar-Gal,
Y., Kliute, N. and Peled, A. (Eds.)
Studies in Eretz Israel (The Ron
Aviel Volume), Haifa University,
135-145 (2004) (in Hebrew).
100.A.
Rabinovitch, M. Friedman and D. Bahat
Failure time in heterogeneous
materials—Non-homogeneous nucleation.
Europhys. Lett., 67, 969–975 (2004)
101.D.
Bahat, P. Bankwitz, E. Bankwitz
The index of
hackle raggedness on joint-fringes. In: Cosgrove, JW. and
Engelder, T.
(Eds) The Initiation, Propagation, and Arrest of Joints and
Other Fractures. Geological Society, London,
Special Publication 231: 103-
116 (2004).
102.D.
Bahat
Eight distinct fault-joint
geometric/genetic relationships in
the Beer Sheva
syncline, Israel. In: Cosgrove, JW. and Engelder, T. (Eds)
The Initiation,
Propagation, and Arrest of Joints and Other Fractures.
Geological
Society, London, Special Publication 231: 257-267 (2004).
103.V.
Frid, D. Bahat and A. Rabinovitch
Analysis of en
echelon/hackle fringes and longitudinal splits in twist
failed glass
samples by means of fractography and electromagnetic
radiation. J.
Struct. Geol. 27: 145-159 (2005).
104.
A. Rabinovitch, A. Shay, R. Liraz, V. Frid and D. Bahat
Electromagnetic
radiation emitted during friction process.
Int. J. Fracture.
131:L21–L27
(2005).
105.
V. Frid, A. Rabinovitch, J. Goldbaum and D. Bahat
Depolarization in percussion
drilling of Solenhofen limestone. J. Appl.
Phys. 97: 149081-149083 (2005).
106.
C. B. Howard and D. Bahat
Increased disintegration of subsoil
layer of Eocene chalk near Beer –Sheva.
N. Jb. Geol. Paläont. Mh. 6:347-358
(2005).
107.
V. Frid, A. Rabinovitch, and D. Bahat
Crack velocity measurement by
induced electromagnetic radiation.
Physics Letters A. 356: 160-163
(2006).
108.
A. Rabinovitch, V. Frid and D. Bahat
Wallner lines revisited. J. Appl.
Phys. 99: 7 076102 (2006).
109.
A. Rabinovitch, V. Frid and D. Bahat
Surface oscillations- A possible
source of fracture induced electromagnetic
radiation. Tectonophysics 431,
15-21 (2007).
110.
D. Bahat, V. Frid, and A. Rabinovich
Paleostress clockwise rotation in
the Sinai–Israel sub-plate and the initiation
of the Dead Sea Rift. Isr. J. Earth Sci.; 55: 159-171 (2007).
111.
D. Bahat, V. Frid, A. Rabinovich, and A. Bankwitz
Comparative
fracture of joints that strike parallel to structures in
sedimentary rocks,
characterization and implications.
Isr. J. Earth Sci.;
55: 113-127 (2007).
112.
R. Weinberger, and D. Bahat
Relative fracture velocities based on
fundamental characteristics of
joint-surface morphology. Terra Nova, 20: 68–73 (2008).
113.
D. Bahat, A. Rabinovitch and V. Frid,
Correlation
of plume morphologies on joint surfaces with their
fracture mechanic
implications. Geol. Mag. 5, 733-744 (2008).
114. D. Bahat, A. Rabinovich, V. Frid, and F. J. Brosch
Cycles of
sub-critical tensile and shear alternating fracturing
in
diminishing dimensions, under tensile loading.
International
Journal of Fracture 148, 281-290 (2008).
115. A. Rabinovitch and D. Bahat
Mirror-mist transition in
brittle fracture Phys. Rev. E 78, 1 (2008).
116. C. Howard, I. Dinstein and D.
Bahat
Song of the Earth 2008:, Geoscientist. The Geological Society
of London, 18.11 (2008).
117. V. Frid, J.
Goldbaum, A. Rabinovitch, and D. Bahat
Electric
polarization induced by mechanical loading of Solnhofen
limestone. Philosophical Magazine Letters 89, 453-463 (2009).
118. C. Howard, D. Bahat, A. Rabinovitch and V. Frid
Anisotropic thermal and acoustic properties of heated satin spar.J.
Earth Sci. 58: 1–11(2009).
119.
V. Frid , J. Goldbaumb , A. Rabinovitchc
and D. Bahat
Time-dependent Benioff strain release
diagrams Philosophical
Magazine 91: 1693–1704 (2011).
(2011).
120.
A.
Rabinovitch and D. Bahat
Differentiation of crack branching types
in fractured glass
EPL, A
LETTERS JOURNAL EXPLORING THE FRONTIERS OF PHYSICS 95, 16003
(2011).
121. A. Rabinovitch, M. Friedman and D. Bahat
Fracture mechanics model of a fault termination Zone. Geological Magazine.
149, 56-66, (2012).
122. A. Rabinovitch,
D. Bahat, R. Greenberg
Statistics of joint spacing in rock
layers. GEOL. MAG., 149, 1065-1076, (2012).
123. D. Bahat, P. Bankwitz, E. Bankwitz, O. Bialik and R.
Weinberger
Comparative
tectonofractography: fracturing in 19 jointing provinces,
experimental results, fracture
mechanics considerations and province
classification. Z. dt. Ges. Geowiss., 163/4, p. 345–359 (2012).
124. M. Ziegler, S. Simon
andD. Bahat
Growth of exfoliation joints and near-surface stress orientations
inferred from
fractographic markings observed in the upper Aar valley (Swiss Alps),
Tectonophysics 626 (2014) 1–20.
125. A. Rabinovitch, V. Frid and D. Bahat
Directionality of electromagnetic radiation from fracture. Int. J.
Fract.
204,
239-244 (2017).
126. A. Rabinovitch, V. Frid and D. Bahat
Use of electromagnetic radiation for potential forecast of
earthquakes. Geol. Mag. page 1 of 5 Cambridge University Press
(2017) RAPID
COMMUNICATION
Books
D. Bahat, Compiler
Geological Research, The Negev and Sinai
Volume 1978-1988. Papers published by faculty of the department of geology and
mineralogy, Ben Gurion university of the Negev, Beer Sheva, Israel.
Departmental Press (1988) 916 pages.
Monograph A
1. D. Bahat
Tectonofractography, Springer -Verlag (1991) 354 pp. Fracture in technological materials and in
rocks: a new approach to structural geology.
A treatise supported by 290 illustrations.
Comments by JOHN G RAMSAY and RICHARD LISLE (2000, p. 974) in their book
MODERN STRUCTURAL GEOLOGY,
Volume 3, by ACADEMIC PRESS:
Perhaps the most
outstanding account of joint geometry, surface morphology and mechanisms of
formation. Of particular interest is the discussion of these features from the
viewpoints of other materials sciences describing fracture in glass, ceramics
and metals. The book. is extremely well illustrated and is highly recommended.
Monograph B
2.
D. Bahat, A. Rabinovitch and
V. Frid
Tensile
Fracturing in Rocks,
Tectonofractographic and Electromagnetic
Radiation Methods. Springer (2005) 569 pp.
Comments by JEFFREY R. KEATON, in Envir &
Engin.Geosciences, 12: 283-291 (2006):
This is “an
advanced reference book that provides detailed notes on interesting aspects of
fractures for the serious researcher”. Each chapter has its merits, and, “the
description and analysis of joints in sandstone at Zion Park were nothing short
of inspiring”.
Other Works
Dov Bahat
Guidelines
For Academic Development - a report by the Rector, consisting of some 60
sections and an extended memorandum on environmental programs dealing with
various issues that face the Ben-Gurion University in the year 2000 (1994).
Dov Bahat
Tectonofractography.
A 40 minutes scientific film featuring basic principles of this branch of
structural geology. Classification of joints and an hydrological implication
are demonstrated along field outcrops (1994).