P

Inventor

LELENTAL MARK

US51 patents
⚠️ This page may combine multiple inventors who share the name “LELENTAL MARK”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

EASTMAN KODAK CO

49 patents
US5484694AJan 16, 1996

Imaging element comprising an electrically-conductive layer containing antimony-doped tin oxide particles

EASTMAN KODAK CO93 citations96
US6391537B2May 21, 2002

Polyacrylamide surface modifiers for silver carboxylate nanoparticles

EASTMAN KODAK CO23 citations92
US6168911B1Jan 2, 2001

Formulations for preparing metal oxide-based pigment-binder transparent electrically conductive layers

EASTMAN KODAK CO23 citations92
US5888712AMar 30, 1999

Electrically-conductive overcoat for photographic elements

EASTMAN KODAK CO31 citations91
US4042392AAug 16, 1977

Formazan images by physical development of catalytic metal nuclei image

EASTMAN KODAK CO32 citations90
US6709808B2Mar 23, 2004

Imaging materials comprising electrically conductive polymer particle layers

EASTMAN KODAK CO24 citations89
US5927206AJul 27, 1999

Ferroelectric imaging member and methods of use

EASTMAN KODAK CO24 citations87
US7033713B2Apr 25, 2006

Electrographic patterning of conductive electrode layers containing electrically-conductive polymeric materials

EASTMAN KODAK CO12 citations84
US6893790B2May 17, 2005

Photopatterning of conductive electrode layers containing electrically-conductive polymer particles

EASTMAN KODAK CO12 citations84
US4410614AOct 18, 1983

Polymeric electrically active conductive layer (EAC) for electrically activatable recording element and process

EASTMAN KODAK CO20 citations82
US4152155AMay 1, 1979

Organotellurium (II) and (IV) compounds in heat-developable imaging materials and process with physically developable nuclei

EASTMAN KODAK CO15 citations82
US7163734B2Jan 16, 2007

Patterning of electrically conductive layers by ink printing methods

EASTMAN KODAK CO8 citations74
US6872500B2Mar 29, 2005

Method of patterning an electroconductive layer on a support

EASTMAN KODAK CO8 citations74
US6759368B2Jul 6, 2004

Thermally imageable elements and processes for their use

EASTMAN KODAK CO8 citations74
US6509296B1Jan 21, 2003

Thermographic imaging elements and processes for their use

EASTMAN KODAK CO6 citations74
US5955250ASep 21, 1999

Electrically-conductive overcoat layer for photographic elements

EASTMAN KODAK CO14 citations74
US5516458AMay 14, 1996

Coating composition used to prepare an electrically-conductive layer formed by a glow discharge process containing tin carboxylate, antimony alkoxide and film-forming binder

EASTMAN KODAK CO10 citations74
US5508135AApr 16, 1996

Imaging element comprising an electrically-conductive layer exhibiting improved adhesive characteristics

EASTMAN KODAK CO18 citations74
US4727008AFeb 23, 1988

Dye-forming electrically activatable recording element and process

EASTMAN KODAK CO8 citations74
US4435490AMar 6, 1984

Electrically activatable recording element and process

EASTMAN KODAK CO14 citations74
US4307168ADec 22, 1981

Amplification of developed electrographic image patterns

EASTMAN KODAK CO10 citations74
US4155761AMay 22, 1979

Electrically activated charge sensitive recording material and process

EASTMAN KODAK CO6 citations74
US4155760AMay 22, 1979

Electrically activated charge sensitive recording material and process

EASTMAN KODAK CO7 citations74
US4144062AMar 13, 1979

Organotellurium (II) and (IV) compounds in heat-developable photographic materials and process

EASTMAN KODAK CO10 citations74
US4046569ASep 6, 1977

Physical development of pd(ii) photosensitive complexes with a leucophthalocyanine dye and a reducing agent therefor

EASTMAN KODAK CO10 citations74
US3935013AJan 27, 1976

Electroless deposition of a copper-nickel alloy on an imagewise pattern of physically developable metal nuclei

EASTMAN KODAK CO15 citations74
US6800429B2Oct 5, 2004

Imaging materials with conductive layers containing electronically conductive polymer particles

EASTMAN KODAK CO8 citations73
US5116812AMay 26, 1992

Method of forming an oxide superconducting thin film having an R1 A2 C3 crystalline phase over an R2 A1 C1 crystalline phase

EASTMAN KODAK CO8 citations72
US4097281AJun 27, 1978

Heat developable photographic material and process comprising transition metal carbonyl compounds

EASTMAN KODAK CO8 citations72
US5204313AApr 20, 1993

Process of forming a high temperature superconductor on a metal substrate surface

EASTMAN KODAK CO18 citations71
US5017551AMay 21, 1991

Barrier layer containing conductive articles

EASTMAN KODAK CO16 citations71
US4684602AAug 4, 1987

Multicolor laser recording method and element

EASTMAN KODAK CO8 citations71
US5853819ADec 29, 1998

Imaging element comprising an electrically conductive layer formed by a glow discharge process

EASTMAN KODAK CO9 citations70
US5681687AOct 28, 1997

Imaging element comprising an electrically-conductive layer formed by a glow discharge process

EASTMAN KODAK CO9 citations70
US4113484ASep 12, 1978

Electrophotographic elements and processes

EASTMAN KODAK CO11 citations70
US4409307AOct 11, 1983

Electrically active inorganic interlayer for electrically activatable recording

EASTMAN KODAK CO11 citations67
US4374916AFeb 22, 1983

Electrically conductive interlayer for electrically activatable recording element and process

EASTMAN KODAK CO8 citations66
US6635601B2Oct 21, 2003

Thermographic imaging elements and processes for their use

EASTMAN KODAK CO3 citations63
US6365336B1Apr 2, 2002

Aqueous photothermographic imaging elements comprising aqueous silver halide emulsions precipitated in the presence of cationic starch peptizing agent

EASTMAN KODAK CO5 citations63
US4343880AAug 10, 1982

Dye-forming electrically activatable recording material and process

EASTMAN KODAK CO5 citations63
US4332875AJun 1, 1982

Polymeric electrically active conductive layer for electrically activatable recording element and process

EASTMAN KODAK CO3 citations63
US4309497AJan 5, 1982

Polyester interlayers for electrically activatable recording (ear) elements

EASTMAN KODAK CO4 citations62
US6387611B2May 14, 2002

Phosphoric acid ester surface modifiers for silver carboxylate nanoparticles

EASTMAN KODAK CO2 citations61
US5059583AOct 22, 1991

High TC superconducting Y-BA-CU-O thin films

EASTMAN KODAK CO3 citations61
US4752547AJun 21, 1988

Dye-forming electrothermographic material and process

EASTMAN KODAK CO2 citations57
US6733959B2May 11, 2004

Chemically sensitized aqueous-based photothermographic emulsions and materials and methods of using same

EASTMAN KODAK CO1 citations52
US6638708B1Oct 28, 2003

Silver (carboxylate-n-alkyl thiolate) particles for photothermographic of thermographic imaging

EASTMAN KODAK CO0 citations52
US6919171B2Jul 19, 2005

Silver-(carboxylate-azine toner) particles for photothermographic and thermographic imaging

EASTMAN KODAK CO0 citations50
US6692906B1Feb 17, 2004

Silver-(carboxylate-azine toner) particles for photothemographic and thermographic imaging

EASTMAN KODAK CO1 citations50

CATASSAYS

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