Frank Kampas
Frank Kampas
Physicist at Large Consulting
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Cited by
Cited by
On the preparation of metalloporphyrins
AD Adler, FR Longo, F Kampas, J Kim
Journal of Inorganic and Nuclear Chemistry 32 (7), 2443-2445, 1970
Solving circle packing problems by global optimization: numerical results and industrial applications
I Castillo, FJ Kampas, JD PintÚr
European Journal of Operational Research 191 (3), 786-802, 2008
Photoelectrochemical properties of metalloporphyrins
FJ Kampas, K Yamashita, J Fajer
Nature 284 (5751), 40-42, 1980
Origin of emitting species in the plasma deposition of a‐Si: H alloys
FJ Kampas, RW Griffith
Journal of Applied Physics 52 (3), 1285-1288, 1981
Hydrogen elimination during the glow‐discharge deposition of a‐Si: H alloys
FJ Kampas, RW Griffith
Applied Physics Letters 39 (5), 407-409, 1981
Synchrotron-radiation studies of the transition of hydrogenated amorphous carbon to graphitic carbon
D Wesner, S Krummacher, R Carr, TK Sham, M Strongin, W Eberhardt, ...
Physical Review B 28 (4), 2152, 1983
Porphyrin films. 3. Photovoltaic properties of octaethylporphine and tetraphenylporphine
FJ Kampas, M Gouterman
The Journal of Physical Chemistry 81 (8), 690-695, 1977
An optical emission study of the glow‐discharge deposition of hydrogenated amorphous silicon from argon‐silane mixtures
FJ Kampas
Journal of Applied Physics 54 (5), 2276-2280, 1983
A study of hydrogenated amorphous silicon deposited by rf glow discharge in silane‐hydrogen mixtures
PE Vanier, FJ Kampas, RR Corderman, G Rajeswaran
Journal of applied physics 56 (6), 1812-1820, 1984
Optical emission spectroscopy: Toward the identification of species in the plasma deposition of hydrogenated amorphous silicon alloys
FJ Kampas, RW Griffith
Solar Cells 2 (4), 385-400, 1980
Reactions of atomic hydrogen in the deposition of hydrogenated amorphous silicon by glow discharge and reactive sputtering
FJ Kampas
Journal of Applied Physics 53 (9), 6408-6412, 1982
Current transport in amorphous silicon n/p junctions and their application as ‘‘tunnel’’junctions in tandem solar cells
SS Hegedus, F Kampas, J Xi
Applied Physics Letters 67 (6), 813-815, 1995
Modifications in optoelectronic behavior of plasma-deposited amorphous semiconductor alloys via impurity incorporation
RW Griffith, FJ Kampas, PE Vanier, MD Hirsch
Journal of Non-Crystalline Solids 35, 391-396, 1980
Chemical reactions in plasma deposition
FJ Kampas
Semiconductors and semimetals 21, 153-177, 1984
Nonlinear optimization in mathematica with mathoptimizer professional
JD PintÚr, FJ Kampas
Mathematica in Education and Research 10 (2), 1-18, 2005
Light‐induced excess conductivity and the role of argon in the deposition of doping‐modulated amorphous silicon superlattices
FC Su, S Levine, PE Vanier, FJ Kampas
Applied physics letters 47 (6), 612-614, 1985
A partially stabilized photoeletrochemical cell using hydrogenated amorphous silicon photoanodes coated with thin films of polypyrrole
T Skotheim, I Lundstr÷m, AE Delahoy, FJ Kampas, PE Vanier
Applied Physics Letters 40 (3), 281-283, 1982
Evidence of chemical ordering in amorphous hydrogenated silicon carbide
J Tafto, FJ Kampas
Applied physics letters 46 (10), 949-951, 1985
Porphyrin films. Electroluminescence of octaethylporphin
FJ Kampas, M Gouterman
Chemical Physics Letters 48 (2), 233-236, 1977
Optimized ellipse packings in regular polygons
FJ Kampas, I Castillo, JD PintÚr
Optimization Letters 13 (7), 1583-1613, 2019
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