CURRICULUM VITA
Vijay P. Singh, Ph.D. (EE)
Chairman, Professor
and Earl Parker Robinson Chair in
Engineering
Department of Electrical and
Computer Engineering
University of Kentucky
453 Anderson Hall,
Lexington, KY 40506-0046
Phone: (859) 257-3243
Fax: (859) 257-3092
E-mail: vsingh@engr.uky.edu
Web address:
http://www.engr.uky.edu/~vsingh/
October 2007
PERSONAL INFORMATION
HOME ADDRESS : 4109 Kentucky
River Parkway
Lexington, KY 40515
TELEPHONE: (859)
257-3243 (WORK)
(859)
971-2815 (HOME)
E-MAIL: vsingh@engr.uky.edu
AGE: 59 years
CITIZENSHIP:
U.S.A.
MARRITAL STATUS:
Married, 2 children
HEIGHT: 5'8"
WEIGHT: 168 lbs.
FIELD OF RESEARCH
Thin Film Solar Cells;
Nanoelectronic Devices; Organic Semiconductors; Sensors. Electroluminescent
Displays
Optoelectronics ;
Flat-Panel Displays; Electronic Materials; Thin-film Technology.
Propagation Delays in
Integrated Circuits and Packages; Multi-Chip Modules; High Speed Electron
Devices.
EDUCATION
Ph.D. (Electrical
Engineering), 1974, University of Minnesota, Minneapolis
Field of Study: Solid State Electronics
Thesis Topic: Noise in Ferroelectric Detectors for
Infra-red Radiation
Thesis Advisor: Dr. Aldert van der Ziel
M.S. (Electrical
Engineering), 1970, University of Minnesota, Minneapolis.
B. Tech. (Electrical
Engineering), 1968, I.I.T-Delhi (Indian Institute of Technology-Delhi), New
Delhi, India.
HONORS AND AWARDS
Invited Speaker and
Member of International Organizing Committee, Symposium on Solar Energy
Materials & Solar Cells,
International Materials Research Congress, 2006, Cancun, Mexico, August
16-20, 2006.
Invited Speaker and
Session Chair, Thirteenth
International Workshop on the Physics of Semiconductor Devices, National
Physical Laboratory, 2005, New Delhi, India, December 13-17, 2005.
Invited Speaker, 50th DAE Solid State Physics
Symposium, Bhabha Atomic Research Center, 2005,
Trombay, Mumbai, 400085, India, , December 5-9, 2005.
Invited Speaker and
Member of International Organizing Committee, Symposium on Solar Energy
Materials & Solar Cells, International
Materials Research Congress, 2006, Cancun, Mexico, August 18-22, 2005.
Invited Speaker, Symposium on Solar Energy Materials & Solar
Cells, International Materials Research Congress, 2004, Cancun, Mexico, August
22-26, 2004.
Invited Speaker, International Conference on Luminescence and
its Applications, ICLA 2004, Bhabha Atomic Research Centre, Mumbai,
India, February 9-12, 2004.
Chairman of Symposium on Materials Development in Flat Panel Displays,
International Materials Research Congress, 2003, Cancun, Mexico, August 17-21,
2003.
Invited Speaker and
Member of International Organizing Committee, Symposium on Solar Energy
Materials & Solar Cells,
International Materials Research Congress, 2003, Cancun, Mexico, August
17-21, 2003.
Invited Speaker, First International Workshop on Nano-Structure
Materials For New Energy Systems, Conversions and Applications, Instituto
Mexicano Del Peterolio, Mexico City, February 27-28, 2003.
Chairman of Symposium on Materials Development in Liquid Crystal and
Electroluminescent Displays, International Materials Research Congress, 2002,
Cancun, Mexico, August 25-29, 2002.
Invited Speaker and
Member of International Organizing Committee, Sixth International Symposium on Solar, Hydrogen, Fuel Cells and
Batteries, Cancun, Mexico, Aug 25-29, 2002.
Recepient of the Earl
Parker Robinson Chair in Engineering, University of Kentucky Lexington, 2000-Continuing
Invited Speaker and
Member of International Organizing Committee, Eleventh International Workshop on the Physics of Semiconductor
Devices, Delhi, India, Dec. 7-11, 2001
Member of
International Organizing Committee, and Invited Speaker, Fifth International Symposium on Solar, Hydrogen,
Fuel Cells and Batteries, Cancun, Mexico, Aug 27 - Sept 1, 2001.
Invited Speaker, IUPAC, International Symposium on Green
Chemistry, University of Delhi, January 10-13, 2001, Delhi, India.
Invited Speaker and
Member of International Organizing Committee, Tenth International Workshop on the Physics of Semiconductor Devices,
Delhi, India, Dec. 14-18, 1999.
Invited Speaker and Member of International Organizing Committee,
Fourth International Symposium on Solar, Hydrogen, Fuel Cells and Batteries,
Cancun, Mexico, Aug 28 - Sept 2, 2000.
Recipient of Schellenger Professor Chair in Engineering, University of Texas at El Paso,
1993-1999.
Invited Speaker and Member of International Organizing Committee,
Third International Symposium on Solar, Hydrogen, Fuel Cells and Batteries,
Cancun, Mexico, Aug 28 - Sept 2, 1999.
Invited Speaker and Member of International Organizing Committee,
Second International Symposium on Solar, Hydrogen, Fuel Cells and Batteries,
Cancun, Mexico, Aug 28 - Sept 4, 1998.
Technical Program
Chairman, National Workshop on
Cadmium Telluride for Space Applications, Issues and Challenges, Feb. 12-13,
1997, El Paso, Texas.
Session Chair, Photovoltaics session, Third International
Symposium on Solar, Hydrogen, Fuel Cells and Batteries, International Materials
Research Congress, Cancun, Mexico, Aug 28 - Sept 2, 1999.
Session Chair, "Optoelectronics" Session at the
International Materials Research Congress, April 30-Sept 4, 1998, Cancun
Mexico.
Session Chair, Surface and Thin Films I Session at the 6th
Annual Ceramics and Advanced Materials Symposia and Poster Session held on
October31, 1994 in Albuquerque, New Mexico.
Member of the
International Organization Committee for the Seventh International Workshop on Electroluminescence held Oct
10-12, 1994 in Beijing, China.
Listed in American Men
and Women of Science, Who’s Who in Frontiers of Science and Technology, Who's
Who of Contemporary Achievement, Who’s Who among Asian Americans, Who’s Who in
Science and Engineering.
Secretary, Institute of
Electrical and Electronic Engineers El Paso Section (1984-87).
Picked as "The
Outstanding Faculty Member in the College of Engineering, for the year
1988."
Picked as "Teacher
of the Year" by Etta Kappa Nu, El Paso Section for 1984-85 and for
1993-94.
Picked as the
outstanding Graduate Teacher and Researcher in the College of Engineering,
UTEP, 1992.
Member, Eta Kappa Nu
Honor Society.
Dean's List in the
senior year of undergraduate studies.
SUMMARY
OF MAJOR ACCOMPLISHMENTS
I. SOME RESEARCH AND TECCHNOLOGY ACCOMPLISHMENTS
A. Electroluminescent Display Devices
B. Solar
Cells
II. PROFESSIONAL ACCOMPLISHMENTS
A. Industrial Research and Development
In 1976, after my
post-doctoral research in photovoltaic devices at University of Delaware, I
joined Photon Power Inc., El Paso, Texas as Research Engineer to become a part
of a founding team of 3 scientists and 3 technicians at this start-up R & D
Company. I was instrumental in
pioneering the development of the sprayed thin film CdS/Cu2S and CdS/CdTe solar
cells and hold several patents in this field.
In 1977, new investments came in from an oil co., CFP/TOTAL of France
and LOF Inc. of Toledo, Ohio and, within a couple of years, our company grew
from 6 to 105 employees. I was promoted
to Section Head, Device Development in 1980 and to the Manager of Materials and
Device Research in 1981. Photon Power
Inc. was sold in early 1982 and two colleagues and I went on to start a new company, Photon
Energy Inc. in March 1982. I served as
President and Research Manager till September 1983 when I joined the local
university as a faculty member. I
continued to do consulting work for Photon Energy Inc. in the development of
photovoltaic devices. Since then, I have
consulted with several other companies as well, in the area of optoelectronic
device research and development.
B.
Academic and Government Research
In September 1983, I
joined the faculty of the Electrical Engineering Department at The University
of Texas at El Paso as an Associate Professor.
I have been, or am the Principal Investigator on more than twenty funded
research projects in the area of optoelectronic devices and high speed electron
devices. I did research work on electroluminescent display devices at the U.S.
Army Electronics Technology and Devices Lab, Fort Monmouth, NJ during summers
of 1986, 1987 and 1988 and in the area of optical turbulence at Atmospheric
Sciences Lab, White Sands Missile Range, NM during summer 1989. I have also
completed several consulting assignments in the development of high temperature
superconductors and electronic display devices with government and university
laboratories. In September 1990, I was promoted to full Professor of Electrical
Engineering and to Schellenger Chair and Director of Electronic Devices
Laboratory in 1993. From 1997-1999, I was the Associate Dean for Research for
the College of Engineering at the University of Texas.
In January 2000, I
joined the Department of Electrical Engineering at University of Kentucky (UK)
as Chairman, Professor and Earl Robinson Chair in Engineering. For the past 7 years at UK, I have continued
my research activities in solar cells, display devices and nanoelectronics.
C. Teaching
As a faculty member
since September 1983, I have taught graduate and undergraduate courses in
nanoelectronic devices, advanced optoelectronic devices, advanced semiconductor
devices, integrated circuits, ultra-fast electron devices for supercomputers,
high speed computer design, electronic materials, circuits and networks. I have
developed four new graduate courses and two new undergraduate courses.
D.
Entrepreneurship
The road to
entrepreneurship for me began in 1974 at the University of Delaware where I did
a couple of years of post- doctoral research work as a Research Assistant
Professor at the Institute of Energy Conversion. From that basic research in solar cells
evolved several ideas for novel device structures involving spray deposited
cadmium sulfide and copper sulfide semiconductors. As these ideas developed and patents were
obtained, six of us, three scientists and three technicians, began work at a
start up company called Photon Power Inc.
The company developed copper sulfide solar cells as well as transparent
conductive coatings used in solar cells and displays. Copper sulfide solar cells suffered from long
term stability problems and the company was sold to Cherry Display Products
Inc. who utilized the transparent conductive coating technology for their
products.
Later in 1982, I was
instrumental in developing a new solar cell design based on cadmium telluride
and we found the venture capital and the three of us started a new company
called Photon Energy Inc. Pilot line
production was set up and the product developed. After 6 years of development work, the
company was sold to Golden Photon Inc., a subsidiary of Coors.
Since then, I have
continued basic and applied research in solar cells in an academic setting, moving from solar cells for terrestrial
applications to those for space applications and am now engaged in developing
inexpensive organic and nanostructured solar cell designs at the University of
Kentucky. We have achieved record high
voltages in these cells and are working to increase current and power
output. Once these technical problems
are solved, my graduate and postdoctoral students and I hope to be able to
start a company that will engineer the scale up in size and quantity so that
solar panels can be manufactured in a profitable fashion.
E. Management
As the Chair of the
Department of Electrical and Computer Engineering at the University of Kentucky
from January 2000 to present, I have held the supervisory responsibility for
twenty five faculty and six staff members.
As the Director of the Center for Nanoscale Science and Engineering
(CeNSE), from July 2001 to 2005, I
provided leadership for seven core faculty members ( and another 10 less
active faculty participants) and about 25 graduate students and post doctoral
fellows who conduct research in this center.
As the Associate Dean
for Research during (1997-1999), I administered various research issues in the
College of Engineering at the University of Texas at El Paso, which had sixty
faculty members in five departments. With the intent of nourishing scholarly
activity and enhancing sponsored research activities, I initiated and
established eleven research focus groups among the college faculty. I also
spearheaded new thrust to establish an interdisciplinary Manufacturing program
which would serve the needs of industry and students, leading finally to a new
degree of Ph.D. in Manufacturing.
As the Director of the
Electronic Devices Laboratory for ten years (1989-1999), I was in charge of a large number of student
researchers/employees. Typical size of our research group was twenty-five
members, including 3 faculty members, 4 Ph.D. and 11 M.S. students and 7
undergraduate student researchers. Over
all these years, I have managed research grants and contract funds in millions
of dollars.
As the Research Manager
at Photon Power Inc., I was in charge of fifteen employees including seven
scientists, over a period of about three years. (1981-1983).
WORK EXPERIENCE
Chairman, Professor and
Earl Parker Robinson Chair in Engineering
Department of Electrical
and Computer Engineering
University of Kentucky
453 Anderson Hall
Lexington, KY-40506-0046
July 2001 to May 30,
2005
Director, Center for
Nanoscale Science and Engineering (CeNSE)
University of Kentucky
Associate Dean for
Research and Graduate Studies, College of Engineering, The University of Texas
at El Paso
March 1997 to July
1999
Assistant Dean for
Research, College of Engineering, The University of Texas at El Paso
September 1993 to
December 1999:
Schellenger Chair and
Director, Electronic
Devices Laboratory
University of Texas at
El Paso
September 1990 to
December 1999:
Professor and Principal
Investigator on more than twenty funded research projects in optoelectronic
& semiconductor devices.
Electrical and Computer
Engineering Department
The University of Texas
at El Paso
September 1992 to
December 1999:
Professor of Materials
Science and Engineering
Materials Research
Institute (Interdisciplinary Ph.D. Program in Materials Science and
Engineering) and Materials Research Center of Excellence.
September 1993 to
December 1999:
Professor of
Environmental Science and Engineering
Center for Environmental
Resource Management (Interdisciplinary Ph.D. Program in Environmental Science
and Engineering) and Materials Research Center of Excellence
The University of Texas
at El Paso
September 1983 to
August 1990:
Associate Professor
Electrical and Computer
Engineering Department
The University of Texas
at El Paso
March 1981 to August
1983:
Manager, Materials &
Device Research
Photon Power Inc., El
Paso, Texas
Major Projects: Research
and development work on Photovoltaic devices, specifically.
i. CdS/CdTe and Cu2S/CdS Cells and
Modules
ii. Thin Film Cadmium
Telluride
iii. Thin Film Cadmium
Sulfide
iv. Thin Film Tin Oxide
March 1980 to March
1981:
Section Head, Device
Development
Photon Power Inc., El
Paso, Texas
Major Projects:
Determination of the effect and criticality of various process parameters as
related to the characteristics of CdS and of the Cu2S/CdS device.
Improvement of the device structure for higher efficiency.
1976-80
Research Engineer,
Photon Power Inc., El Paso, Texas.
Major Projects:
i.
Development
of techniques for electronic and optical measurements (like resistivity,
junction capacitance, spectral absorption, optical losses and quantum
efficiency, thickness/surface profiling, electron microscopy and
energy-dispersive x-ray) on thin film tin oxide, cadmium sulfide, copper
sulfide and Cu2S/CdS junction.
ii. Analysis
of electronic transport at the Cu2S/CdS junction.
iii. Electrical modeling of the Cu2S/CdS
cells and their series connection into panels and modules.
1974-76
Associate Scientist,
Institute of Energy Conversion, University of Delaware, Newark, Delaware
Major project: Electronic
characterization of thin film Cadmium Sulfide/Copper Sulfide Solar Cell.
1972-74
Research Assistant,
Electrical Engineering Department, University of Minnesota, Minneapolis
Project: Investigation of limits on pyroelectric
detectors for infrared radiation and development of a sensitive, low-noise
detector.
1968-72
Teaching Assistant,
Electrical Engineering Department
University of Minnesota,
Minneapolis
Duties: Teaching and grading undergraduate courses
in Electronics and Electromagnetic Fields and Waves.
CURRICULUM DEVELOPMENT
Courses Developed
I have developed five
new graduate courses, Ultrafast Electronic Devices for Supercomputers (EE
3514), Advanced Optoelectronic Devices (EE 3512), Advanced Semiconductor
Devices (EE 3511), and High Speed Computer Design (EE 3590), Fundamentals of
Nanoelectronic Devices (EE 599) and two
new undergraduate courses, Electronic Devices (EE 3329) and Integrated Circuits
and Semiconductor Devices (EE 3450). These seven courses provide a strong,
solid education in the important and growing fields of photonics, solid state
electronics and integrated circuits.
Curriculum Committee Chair
I was the chairman of
the Electronics and Fields Committee of the Department of Electrical and
Computer Engineering for the last ten years (1990-1999). The committee decides
upon the course content and textbooks for all undergraduate courses in
electronic circuits, solid state electronic devices, integrated circuits,
electronic materials and electromagnetic fields.
COURSES TAUGHT
Graduate Courses
EE 663 Optoelectronic Devices
EE 599 Fundamentals of
Nanoelectronic Devices
EE 3511, Advanced
Semiconductor Devices
EE 3512, Advanced
Optoelectronic Devices
EL 3514, Ultrafast
Electron Devices for Supercomputers
EE 3590, High Speed
Computer Design
Undergraduate Courses
EE 360 Introduction to
Semiconductor Devices
EE 221, Circuits II
EE 222, Electrical Engineering Laboratory I -Circuits
Laboratory
EE 3450, Integrated
Circuits and Semiconductor Devices
EE 3329, Electronic
Devices
EE 3352, Networks II
EE 3251, Networks I
UNDERGRADUATE STUDENT MENTORING
I was a "Faculty
Mentor" for more than seventy-undergraduate students working in Electronic
Device Laboratory at the University of Texas at El Paso and about 10 in the
Electronic Devices Laboratory at the University of Kentucky. These students were selected on a competitive
basis to perform research work in the lab. Most of these students have gone on
to pursue distinguished careers in graduate education and research in the
industry.
GRADUATE STUDENT MENTORING
I have been the thesis
director of more than seventy five graduate students at the M.S. and Ph.D.
level.
ACADEMIC COMMITTEE PARTICIPATION
(Needs to be updated)
Departmental Committees: Microelectronics
Curriculum
(continuing)
College Committees: Chairs Team
Executive Committee for
the Laboratory for Advanced
Networking.
Intellectual Property
Committee for the University (1997-1999)
University Research
Council (1997 -1999)
University Scholarship
Committee, (1996 -1999)
Chair, Murchison
Scholarship Committee (1998 -1999)
Chairman, of permanent
committee for electronics and fields curriculum (1989- Dec. 1999).
Task Group for the
“White Paper” on Manufacturing Issues (June 1998 - Dec.1999).
Search Committee for
Associate Vice President for Research and Sponsored Projects (1997-1998).
Search Committee for the
Chair of Physics Dept. at UTEP (September 1998 -1999).
Department Committee for
the overhaul of computer engineering curriculum, Spring 1988.
University Research
Committee, 1991-1994.
Search and Screen
Committee, Dean of Graduate School, Spring 1992.
Faculty Senator for
College of Engineering, 1988-1990.
Search and Screen
Committee, Chair, Physics Department, Fall 1987.
Committee for Ph.D. in
Mechanical Engineering, Fall 1987.
Promotion & Tenure
Committee in Civil Engineering, Fall 1996.
Search Committee for
Associate Vice President for Research and Sponsored Projects, 1997-98.
Served on the ad hoc
Committee to determine for the college if it is feasible to proceed with the
implementation of a M.S. program in Manufacturing Engineering, April-May 1985.
Electronics Committee to
reevaluate the course content of the overall electronics program and decide
upon textbooks, Spring 1987.
Served on the
departmental committee for recommendations on curriculum changes, Fall 1983.
EFFORTS IN PROGRAM DEVELOPMENT
(Needs to be updated)
Have Established
contacts with Planar, Inc., Golden Photon Inc., Boeing Inc., Raytheon Inc.,
Johns Hopkins University (Applied Physics Laboratory), National Renewable
Energy Lab (NREL), Army Research Lab., Sandia National Labs., Los Alamos Lab.,
Georgia Tech. Phosphor Research Center, Cypress Semiconductors, Lexmark &
Perking Elmer with a view to developing future technical relationships to
benefit student research programs. These contacts have helped many students
with their experimental measurements and employment opportunities.
CONFERENCE
ORGANIZATION ACTIVITIES
(Needs to be updated)
(Many conferences need
to be added here, including in Cancun, Delhi, Mumbai etc.).
Organized and hosted the
Sixth International Workshop on Electroluminescence, El Paso, TX. May 11-13,
l992. (Technical Program Chairman)
Helped organize the
Seventh International Workshop on Electroluminescence, Beijing, China, October
l0-12, 1994. Member, International Organizing Committee
Helped organize the
Sixth Annual Ceramics and Advanced Materials Symposia of the American Ceramic
Society, Albuquerque, New Mexico, Oct. 31,1994. Chairman, Surface and Thin
Films Session
Organized the National
Workshop on Cadmium Telluride for Space Applications, Issues and Challenges,
Feb. l2-l3 1997, UTEP, sponsored by NASA. (Technical Program Chairman)
Second International
Symposium on Solar, H2, Fuel Cell and Batteries, Cancun, Mexico, Aug. 30 –
Sept. 4, 1998. Member, International Organizing Committee.
Tenth International
Workshop on the Physics of semiconductor Devices, Delhi, India, Dec. 14-18,
1999. Member, International Organizing Committee.
Third International
Symposium on Solar, H2, Fuel Cell and Batteries, Cancun, Mexico, Aug. 28 –
Sept. 2, 1999. Member, International Organizing Committee.
Fourth International
Symposium on Solar, H2, Fuel Cell and Batteries, Cancun, Mexico, Aug. 29 –
Sept. 3, 2000. Member, International Organizing Committee.
Eleventh International
Workshop on the Physics of semiconductor Devices, Delhi, India, Dec. 2001.
Member International Organizing Committee.
Fifth International
Symposium on Solar, H2, Fuel Cell and Batteries, Cancun, Mexico, Aug. 27 –
Sept. 1, 2001, Member, International Organizing Committee
Sixth International Symposium on Solar, H2,
Fuel Cell and Batteries, Cancun, Mexico, Aug. 26 – Aug 31, 2002, Member,
International Organizing Committee.
Symposium on Solar
Energy Materials & Solar Cells, International Materials Research Congress,
2003, Cancun, Mexico, August 17-21, 2003, Member, International Organizing
Committee,
Symposium on Solar
Energy Materials & Solar Cells, International Materials Research Congress,
2004, Cancun, Mexico, August 22-26, 2004.
Thirteenth International
Workshop on the Physics of Semiconductor Devices, National Physical Laboratory,
2005, New Delhi, India, December 13-17, 2005.
International Conference
on Nano Technology – Materials and Methods (To Meet Global Challenges),
CIT-Nanotech 2006, Coimbatore Institute of Technology, Coimbatore-641014,
India, June 23-25, 2006.
MATERIALS RESEARCH CENTER OF EXCELLENCE
I was a participating
research Faculty for 8 years (1992-1999) in the Materials Research Center of
Excellence (MRCE) an inter-departmental group of UTEP Faculty with sponsored
research grants involving the synthesis and characterization of electronic,
optical and high-temperature materials.
CENTER FOR ENVIRONMENTAL RESEARCH & MANAGEMENT
I was on the Faculty of
the Center for Environmental Research and Management (CERM), an
inter-departmental group of UTEP Faculty directly involved in the research in
technologies (like solar energy) which directly impact the quality of our
environment for 7 years. This faculty administers and provides instruction for
an inter-departmental Ph. D program in Environmental Science and Engineering.
MATERIALS RESEARCH INSTITUTE
I was on the Faculty of
the Materials Research Institute (MRI) an umbrella group of materials research
oriented Faculty across the UTEP campus who administered and provided
instruction for an inter-departmental Ph.D. program in Materials Science and
Engineering.
CENTER FOR NANOSCALE SCIENCE AND
ENGINEERING
I helped establish the Center for Nanoscale Science and Engineering (CeNSE) with grant funds from National Science Foundation and the state of Kentucky. It serves as a high-tech. laboratory and a focal point for device and, materials research at the nano-scale. Nearly $4 million has been invested in the basic fabrication techniques of film deposition, lithographic pattern definition, and material etching and film and device characterization. CeNSE is enabling the UK faculty and students to perform and cutting edge research in a variety of fields and would be of value to the existing and start-up companies in the nanoelectronics area. I am currently the director for this center.
CENTER FOR VIZUALIZATION AND
VIRTUAL ENVIRONMENTS (CVVE)
Although not directly involved as researcher, I have provided leadership
as Department Chairman in the establishment and growth of the CENTER FOR
VIZUALIZATION AND VIRTUAL ENVIRONMENTS (CVVE) at the University of Kentucky.
REVIEW/REFEREE ACTIVITIES
(Needs to be updated)
I have reviewed papers
submitted to following journals:
Progress in
Photovolatics
IEEE Transactions on
Electron Devices
IEEE Electronic Device
Letters
Journal of Applied
Physics
Journal of
Electrochemical Society
Journal of the Society
for Information Display
Journal of Solar Energy Materials
Solid State Electronics
Solar Energy Materials
and Solar Cells
Proposals submitted to
NSF in the area of solid state electronic display devices
Proposals submitted to
National Research Council in the area of Flat Panel Display Devices
International Science
Foundation, Long-Term Research Grants Program
Prentice hall,
Publishers