Achromatic image produced from chromatic reproduction image

Aerial films or processes specifically adapted for aerial radiaion imagery

Anti-ultraviolet fading

Antibronze agent or process

Anticurl layer

Binder-free emulsion

Brightener containing

Cine film

Coating process making radiation sensitive element

Cobalt complex containing

Color imaging process

Chromatic image produced from achromatic reproduction image

Blue or brown print forming

Toning

Viewing through either a colored filter or a colored light

Color correcting

Correcting by color image produced by oxidizing bath treatment

Correcting by interimage effect

Correcting by silver image

Color proofing

Forming combined chromatic and achromatic images

Forming multicolor image in a single layer

Intensifying

Laser or radiation exposure other than visible light

Mordanting

Resensitizing

Stabilizing

Using identified radiation sensitive composition in the formation of color image

Silver compound sensitizer

And coupler

And binder, coating aid, solvent, emulsifier, hardener, chemical sensitizer, or optical sensitizer

And developer other than or in addition to p-phenylenediamine or derivative thereof

And either developing or dye inhibition

Direct positive process

Reversal process

Forming multicolor image

Identified cyan dye color

Substituted at coupling position with other than hydrogen

Identified magenta dye color

Substituted at coupling position with other than hydrogen

Identified yellow dye color

Substituted at coupling position with other than hydrogen

Polymeric or bis coupler

And dye

And dye catalyst

Forming multicolor image

Silver bleach or bleach-fix

Combined

Corona discharge process

Defect coating

Diazo reproduction, process, composition, or product

Composition or product which contains radiation sensitive compound having moiety of nitrogen double or triple bonded directly to nitrogen other than chromophore moiety, e.g., triazene containing product, etc., process of making, and composition or product used to finish or develop a diazo reproduction

Process of making diazo product

Using specific adjuvant other than radiation-sensitive diazo compound

Product with at least two named layers

At least two radiation-sensitive layers

Azide containing layer

Diazo-n-sulfonate containing layer

Diazonium compound containing layer

Diazonium salt with anion specified

Including overlayer or backing layer

Including subbing layer

Acid, salt, or ester moiety ingredient containing subbing layer

Polymer containing subbing layer

Silicon, nitrogen, or sulfur compound containing subbing layer

Quinone diazide containing layer

Including additional layer

Radiation-sensitive composition

Azide containing

And monomeric processing ingredient

Polymeric azide

Polymeric mixture

Diazo-n-sulfonate containing

Diazonium compound containing

Aceto-aceto or heterocyclic coupler included

At least two couplers

Includes additional adjuvant other than acidic stabilizer

At least two diverse diazonium compounds

Naphthol coupler included

P-amino or p-thio benzene diazonium compound

2,3 substitution of benzene nucleus

2,5 substitution of benzene nucleus

Additional substituent on benzene nucleus

P-substituent is p-heterocyclic amine

Phenol coupler included

Polymeric diazonium compound

Polymeric mixture

Processing ingredient other than coupler or carboxylic acid compound

Metal salt ingredient

Nitrogen atom containing organic ingredient

Quinone diazide containing

And monomeric processing ingredient

O-quinone diazide

Polymeric mixture

Polymeric quinone diazide

Diazo-type process, i.e., producing dye image by reacting the diazo or the imaged reaction product of the diazo

Gaseous development, e.g., ammonia vapor, etc.

Heat development

Liquid development, e.g., aqueous solution with coupler, etc.

Negative image prepared

To make diazo-type intermediate, black-line image, or continuous-tone image

Photomechanical dye image prepared

Physical development

Powder development of tacky surface

Process producing multiple image

Color proofing, colloid transfer, or pigment development

Vesicular process

Dimensionally stable material

Direct positive material

Dye image from radiation sensitive dye or dye former by dry processing, composition, or product

Composition or product

Identified sensitizer containing

Halogen compound

Heterocyclic

Metal salt or complex

Sulfur compound

Radiation sensitive bleachable dyestuff

Spiropyran dye or dye former

Developing latent image using radiant energy or heat

Fixing or stabilizing image

Multiple image formation, multiple image exposure, or simultaneous radiant energy exposure

Positive image formation from radiation sensitive dye former

Pretreatment processing before imaging, e.g., overall radiant energy exposure, etc.

Dye mordant

Effecting frontal radiation modification during exposure, e,g., screening, masking, stenciling, etc.

Involving motion during exposure, e.g., dodging, etc.

Electric or magnetic imagery, e.g., xerography, electrography, magnetography, etc., process, composition, or product

Electric or magnetic imagery, e.g., xerography, electrography, magnetography, etc., process, composition, or product

Charging simultaneous with imaging

Deformation imaging, e.g., frost imaging, etc.

Donor-acceptor complex photoconductor

Electrically charging radiation-conductive surface

Electrolysis imaging

Electrophoretic imaging, process, composition, or product

Electric radiation sensitive pigment

Manipulation of electrode

Material used to modify electrophoretic suspension response

Post treatment process to fix or transfer image, or collect or remove electric radiation sensitive pigment

Pretreatment process to change the physical properties of electrophoretic suspension or specified imaging feature exposure

Specified electric field applied or electric charging step

Electrostatic image transfer

Magnetic imaging

Manifold imaging, process, composition, or product

Migration imaging, process, composition, or product, e.g., electrosolography, etc.

One component toner

Persistent internal polarization imaging

Photoconductor powder

Polymer in developer

Post imaging process, finishing, or perfecting composition or product

Cleaning radiation-conductive surface

Dry powder developing

Cascade

Using fur brush

Using magnetic brush

Finishing or perfecting composition or product

Developing composition or product

Chemicaily identified carrier for dry toner

Glass-containing carrier

Magnetic carrier

Chemically identified elemental magnetic metal or magnetic alloy carrier

Chemically or physically identified binder or coating resin for magnetic carrier

Ferrite containing magnetic carrier

Ferrite core-resin shell carrier

The ferrite contains nonferrous metal oxide

Dry multicolor toner (i.e., composition containing more than one colored toner (e.g., cyan, magenta, and yellow toners, etc.)) with chemically identified colorant or colorant identified by color

Dry toner containing a chemically identified magnetic component

Binary ferric or ferrous oxide containing magnetic component

Elemental metal or alloy magnetic component

Dry toner having chemically identified binder

Epoxy or oxirane compound (e.g., glycidyl, etc.) binder

Organic nitrogen containing binder (e.g., polyamide, etc.)

Polyester backbone binder (e.g., condensation reaction product, etc.)

Vinyl addition binder (e.g., methacrylate, styrene or vinyl chloride addition products, etc.)

Covalent nitrogen in the vinyl addition binder

Dry toner with chemically identified adjuvant (e.g., charge control agent, colorant, etc.)

Carboxylic acid or ester compound adjuvant

Fluorine compound adjuvant

Fluorophosphate salt or fluoroborate salt adjuvant

Organic fluorine compound adjuvant containing either nitrogen or phosphorus

Hydrocarbon wax-containing adjuvant

Identified carbon black adjuvant

Inorganic silicon compound adjuvant

Metal oxide conmpound adjuvant (e.g., ai2o3'tio2'etc.)

Organic heavy metal, aluminum, or silicon compound adjuvant

Organic nitrogen or organic phosphorus compound adjuvant

Heavy metal, aluminum, or silicon in the nitrogen or phosphorus compound

Plural nitrogen or phosphorus atoms attached directly or indirectly to each other by nonionic bonding in the adjuvant

As a nitrogen- or phosphorus-containing polymer

Azo containing adjuvant

Organic sulfur compound adjuvant

Identified dry toner physical structure

Core-shell structure

Having specified toner particle size distribution

Identified toner shape (e.g., recited shape parameter, etc.)

Identified physical parameter of carrier particle or dry toner particle, etc. (tg, mw, coercivity, density, etc.)

Electrical or magnetic parameter

Liquid

Identified adjuvant, i.e., surfactant, etc.

Identified liquid carrier

Identified toner, i.e., identified resin coated pigment, etc.

Multiple phase liquid carrier medium, i.e., emulsion

Fixing image by heated metal roller

Fixing image by pressure only

Fixing image

Impression development

Liquid development

Charged solid particles deposited out of insulating liquid carrier

Wetting development

Reversal development

Selective toner release

Transfer of image to different surface

Using development electrode

Process of making developer composition

By coalescing or aggregating

By coating

Carrier core coating

In situ polymerization to form shell, followed by polymerization to form core

By dry blending developer components

By milling, grinding, crushing, or comminuting

Milling with subsequent classification

Milling, grinding, crushing, or comminuting in liquid

By polymerization

Chemical after treating of polymer

Two-phase polymerization (e.g., oil-water)

Making a liquid toner or concentrate

Process of making radiation-sensitive composition

Utilizing high temperature, e.g., by fusing, etc.

Process of making radiation-sensitive product

Applying overlayer

Applying radiation-sensitive layer

Heterogeneous

Applying subbing layer

Coating by vacuum deposition

Extrusion coating

Thermal or energy treatment of radiation-sensitive layer, e.g., fusing, annealing, or solvent after treatment of radiation-sensitive layer, etc.

Radiation sensitive composition or product containing specified antioxidant

Radiation-sensitive composition or product

Binder for radiation-conductive composition

Having plural conductive layers

Charge transport layer

And specified charge generator layer

Charge generator layer contains compound having an acyclic azo group (i.e., -n=n-)

Compound having an acyclic azo group and having either an azomethine (i.e., -ch=n), or a stilbene group; or a compound having three or more azo groups in charge generator layer

Phthalocyanine or phthalocyanine derivative compound in charge generator layer

Titanium (ti) or vanadium (v) phthalocyanine containing

Containing at least three aryl groups bonded to a single carbon atom in charge transport layer

Cyclic ketone, cyclodicyanomethylene, or cyclomethylenemalonate in charge transport layer

Inorganic charge transport layer

Organic nitrogen in charge transport layer

Arylamine containing

Charge transport layer containing alkenylarylamine

Polymeric arylamine containing

Triamine, or diamine containing

1,1' biphenyl 4,4' diamine (e.g., benzidine, etc.)

Hydrazone containing

Additional nitrogen attached indirectly to the hydrazone group by nonionic bonding

Nitrogen hetero ring compound

Carbazole containing or derivative

Pyrazole containing (e.g., including hydrogenated pyrazole, etc.)

Organosilicon or organogermanium in charge transport layer

Sulfur containing hetero ring in charge transport layer

With specified binder resin in transport layer

With plural charge generation layers

Inorganic selenium (se) (e.g., elemental selenium, selenium alloy or inorganic compound thereof)

Inorganic silicon (e.g., elemental silicon, silicon alloy or inorganic compound thereof) in one or more charge generation layers

P-type or n-type silicon containing (e.g., silicon doped with a group 111a, or a group va element)

With germanium (elemental, compound or alloy) in layer containing silicon

Germanium as dopant

Nitrogen hetero ring compound in one or more charge generation layers

Including conductive base or support

Including radiation-conductive screen

Inorganic radiation conductive composition

Alloy

Having more than two consituents

Cadmium containing

Sensitized or doped

Zinc containing

And nonsensitizing additive other than binder

And other radiation-conductive material

Sensitized or doped

Dye or pigment

Intercyclic-acyclic -ch= or intercyclic-acyclic chain which contains -ch=

Cyanine dye

Product having layer between radiation-conductive layer and base or support

Blocking or barrier layer

Inorganic containing

Conductive layer

Inorganic containing

Sensitizing layer

Product having overlayer on radiation-conductive layer

Electrically insulating overlayer

Radiation-conductive composition contains carbocyclic ring only

Containing amino or substituted amino group

Alkyl amino group

Polycyclo ring system

Substituted

Radiation-conductive composition contains hetero ring

The hetero ring has at least nitrogen as a ring hetero atom

Additional diverse ring hetero atom in the hetero ring

Polycyclo ring system having the hetero ring as one of the cyclo systems

Carbazole

Polymer or synthetic resin only

Sensitized or doped

Dye or pigment

Sensitized or doped organic radiation conductor

To produce a color reproduction, i.e., color named, or more than one color specified

Color correction

Identified developing composition or identified developing feature

Identified radiation-conductive element or composition

Identified receptor or named image transfer feature

Manipulation of color separation image to obtain a multicolor image in registration

To produce multiple image on medium or plural radiant energy exposures of medium, e.g., image intensification using two images, or two exposures of same image, etc.

To produce printing surface

Using ion or particle flow modulation

Electron beam

Erasable imaging

Holographic process, composition, or product

Composition or product or process of making the same

Hydrogen peroxide treatment

Imaged product

Antifraud or antitampering

Deposited metal coating on image

Image contained within transparent base

Including resin or synthetic polymer

Multilayer

Plural image layers

Nonsilver image

Structurally defined

Nonuniform or noncoextensive layer added to finished imaged product

Imaging affecting physical property of radiation sensitive material, or producing nonplanar or printing surface - process, composition, or product

Electron beam imaging

Finishing or perfecting composition or product

Forming nonplanar surface

Including etching substrate

Including material deposition

Post image treatment to produce elevated pattern

Pattern elevated in radiation unexposed areas

Including heating

Light scattering or refractive index image formation

Making electrical device

Including multiple resist image formation

Named electrical device

With formation of resist image, and etching of substrate or material deposition

Etching of substrate and material deposition

Insulative or nonmetallic dielectric etched

Material deposition only

Metal etched

Multiple etching of substrate

Making named article

Optical device

Making printing plates

Intaglio or gravure

Lithographic

Coating over colloid image and removal of colloid image to leave reversed image in coating, i.e., deep etch

Continuous tone or collotype

Driography

Multicolor

Post imaging process

Including etching of substrate

Relief

Stencil

Post imaging radiant energy exposure

Post imaging treatment with particles

Processing feature prior to imaging

Radiation sensitive composition or product or process of making

Identified backing or protective layer containing

And radiation-sensitive chromium compound

Identified overlayer on radiation-sensitive layer

Metal as backing or protective layer

Aluminum

And another backing or protective layer other than aluminum oxide

Copper

Zinc or magnesium

Silicon containing backing or protective layer

Optical recording nonstructural layered product having a radiation sensitive composition layer claimed or solely disclosed as optically reorderable and optically machine readable

Having read-write layer of 100 per cent inorganic composition

Which changes phase during recording

Having read-write layer of 100 per cent organic or organometallic composition or mixtures thereof

Containing nonpolymeric chromophore

Having methine linkage

And containing quencher or stabilizer

Cyanine chromophore

Indolenic cyanine chromophore

Organometallic containing

Naphthalocyanine

Radiation sensitive chromium compound

Radiation sensitive composition comprising ethylenically unsaturated compound

Amide

Urethane

N-vinylidene

Plural, terminal unsaturation

Polyester

Resin or prepolymer containing ethylenical unsaturation

Ethylenic unsaturation within the side chain component

Radiation sensitive composition comprising oxirane ring containing component

Readily visible image formation

By solvent removal

Color proofing or multicolor image formation

Making ornamental design

Removal of imaged layers

Simultaneous developing a resist image and etching a subtrate

Simultaneous radiation imaging and deposition of material on substrate

Simultaneous radiation imaging and etching of substrate

Imaging affecting physical property or radiation sensitive material, or producing nonplanar or printing surface - process, composition, or product

Radiation sensitive composition or product or process of making

Binder containing

Cellulosic

Polyamide or polyurethane

Polyester

Polymer of unsaturated acid or ester

Polyolefin or halogen containing

Vinyl alcohol polymer or derivative

With plasticizer

Initiator containing

Carbonyl compound containing

Carbonyl in heterocyclic compound

Cationic or anionic

Free radical

Halogen compound containing

Nitrogen compound containing

Nitrogen in heterocyclic ring

Redox or dye sensitizer

Sulfur compound containing

Sulfur in heterocyclic ring

With inhibitor or stabilizer

Hydroxyl or carbonyl group containing as sole functional groups

Radiation-activated cross-linking agent containing

Spectral sensitizer containing

Including control feature responsive to a test or measurement

Including exposure step or specified pre-exposure step perfecting exposure

Infrared

Laser beam

Lenticular

Light sensitive titanium compound containing

Lippmann

Liquid crystal process, composition, or product

Lithographic emulsion

Luminescent imaging

Making camera copy, e.g., mechanical negative, etc.

Matting or other surface reflectivity altering material

Microcapsule, process, composition, or product

Micrography, process, composition, or product other than microelectronic device manufacture

Miscellaneous

Multiple image producing on single receiver

Neutron beam

Nonradiation sensitive image processing compositions or process of making

Bleach or intensification

Dye bleach for color image

Developer

Amine developer

Color developer

Additional developer containing

Including developing accelerator

Concentrated or viscosity increasing agent containing

Coupler containing

And additional reactive compound containing

Heterocyclic coupler

Open-chain keto methylene coupler

Phenol or naphthol coupler

Pyrazolone coupler

Substituted at coupling position with other than hydrogen

Heterocyclic developers

Hydroxy developer

Plural developer agents containing

Heavy metal organic or inorganic

Heterocyclic developer

And hydroquinone

Methyl-p-aminophenol and dihydroxy benzene

Processing additive containing

Accelerator

Antifoggant

Antisludgant

Buffer

Sequestrant

Stabilizer-preservative

Surfactant, emulsifier, or solvent

Reducible metal compound including reducing agent, i.e., physical developer

Solid or dry

Fixer

And bleach

And developer

Forming dye image

Dry or concentrated

Plural fixers

Hardener

Develop-harden

Fix-harden

Process of preparing composition from plural preformed concentrates

Shortstop

Wash or aftertreat

Nonresinous additive to promote interlayer adhesion in element

Plural exposure steps

Post imaging processing

Achromatic image from organic compound

Bleaching

Using silver and dye bleach

Containing developer in element

Developing in acid medium

Developing

Using heterocyclic compound

Using identified developer

Carbocyclic

Amino substituent on carbocyclic ring

Having developer releasing compound

Heterocyclic

Plural identified developers

Containing hydroquinone

And amino substituted carbocyclic compound

Three or more identified developers

Using inorganic or organometallic complex

Using mercapto or thione compound

Using polymer or condensation reaction product

Using processing ingredient in element

Disparate function simultaneous process step

Develop-fix

Develop-harden

Including post developing step

Physical developing

Amplifying

Radiation reducible metal compound directly produces catalytic metal nuclei in image area

Silver halide as radiation sensitive medium

With processing ingredient in element

Positive

Emulsions fogged during processing

Identified nucleating or fogging agent

Photosolubilization

Reversal

Using fogged emulsion

Identified electron acceptor or desensitizer containing

Stabilizing

Containing additive

Treating with process composition between standard develop and fix-wash

Treating with processing composition after imaging prior to developing

Desensitizing

Prehardening

Sensitizing

Treating with processing composition prior to imaging and then developing

Using plural sequential baths of same type

Using web or gel

With structural limitation

Precursor compound

Blocked developers

Blocked restrainers

Development dye releaser (ddr)

Development inhibitor releaser (dir)

Interlayer correction coupler (icc)

Producing cathode-ray tube or element thereof

Using specific control or specific modification of exposure, i.e., by manipulation of radiation source or exposure through elements other than shadow mask

Using specified post-imaging process composition

Using specified radiation-sensitive composition other than a nominal sensitized polyvinyl alcohol

With faceplate of phosphoric stripes

With filter material on finished faceplate

With light-absorbing matrix on faceplate

Product having sound record or process of making

Protective or antiabrasion layer

Radiation modifying product or process of making

Radiation mask

Screen other than for cathode-ray tube

Color

Radiation sensitive product

Antihalation or filter layer containing

Dissolvable or removable

Carbohydrate or derivative containing

Contains carboxyl groups

Synthetic resin containing

Filters differing spectral regions in different areas of the filter, e.g., color screen

Filters ultraviolet radiation

Organic dye or pigment containing

And mordant

Anthraquinone or quinhydrone

Azo

Intercyclic methine or azomethine and cyclic ring containing

Triarylmethane

Identified backing or protective layer containing

Antistatic agent containing

Ammonium salt

Elemental metal or metal salt

Organic carboxylic, sulfur or phosphorus acid or salt

Fibrous, e.g., paper, textile, etc.

Gelatin other than radiation sensitive type

Metal

Aluminum

And another backing layer other than aluminum oxide

Synthetic resin or cellulose derivative containing

Polyester or polycarbonate

Next to polymer of unsaturated monomer

Polymer of unsaturated ester or halide

Polymer of unsaturated monomer

In nonradiation-sensitive layer including gelatin

Subjected to radiation, flame, or corona discharge

Identified radiation sensitive composition with color producing substance

Silver compound sensitizer

Coupler containing

2-pyrazolin-5-one coupler

Substituted at coupling position with other than hydrogen

And antifoggant or color stabilizer

And chemical or optical sensitizer

And development inhibitor or development inhibitor releasing agent

And identified binder

And solvent or emulsifier or coating aid

Direct positive

Heterocyclic coupler

Mixture of couplers

Open chain keto- methylene coupler

Substituted at coupling position with other than hydrogen

Phenol or naphthol coupler

Substituted at coupling position with other than hydrogen

Polymeric or bis coupler

Dye containing

And optical sensitizer

Azo dye

Diazo

Monoazo

Iron compound sensitizer containing

Silver compound sensitizer containing

Achromatic image forming organic compound

Carbohydrate or derivative containing

Cellulose or derivative, e.g., regenerated cellulose, etc.

Gelatin or derivative containing

Casein or derivative containing

Composition for visible imaging by radiation only

Desensitizing ingredient containing

Developing or fixing agents containing for liquid processing

Film or film coating improvement ingredient containing, e.g., wetting agent, coating aid, plasticizer, antistatic agent, etc.

Alkyl or cycloalkyl alcohol or ether or ester thereof

Carboxylic acid or derivative

Higher fatty acid or derivative

Polycarboxylic or polysulfoxy acid or derivative

Polyglycidol, polyglycol, polyoxyalkylene oxide, or ether or ester thereof

Rosin acid or derivative

Sulfoxy compound or derivative

Fogged direct positive

Identified desensitizer or electron acceptor containing

Fogging or nucleating agent containing

Gelatin or derivative containing

Hardening ingredient containing

Heterocyclic compound

Aziridine

Epoxide, i.e., oxirane

Triazine including hydrogenated triazine

Vinylidene compound

Hypersensitizing or latensifying ingredient containing

Heavy metal or compound thereof

Noble metal or compound thereof

Heterocyclic n, o, s, se, or te compound containing

Phosphorus compound

Polyoxyalkylene compound

S, se, or te or compound thereof

Including manipulative emulsification step

Resin or synthetic polymer containing

Heterocyclic compound containing, e.g., heterocyclic monomer, etc.

Protein or other natural colloid or derivative containing

Sulfur or sulfur compound containing

Silver compound having specified crystal form, habit, particle size or particle size distribution

Having particle size of 100 millimicrons or less, e.g., lippmann type, etc.

Silver compound other than halide, per se, or composition for thermographic process process

Organic silver compound containing

And inorganic silver compound

Silver salt of organic acid

Spectral sensitizing

Cyanine sensitizer

Containing odd number of methine groups

Five or more methine groups

Three methine groups, i.e., carbocyanines

Hetero ring bridged or fused to hetero ring

Hetero rings bridged or fused to carbocyclic rings

Direct positive

Linking six-membered hetero to five-membered hetero

Only one hetero ring fused or bridged to carbocyclic ring

Methine linked six-membered heterocyclic rings

Mixed grain

Multiple sensitizers or supersensitizing

Cyanine sensitizer

Merocyanine compound

Inorganic material containing

Polyheteronuclear sensitizer

Two or more cyanine sensitizers

Polyhetero nuclear containing at least three heterocyclic nuclei

Four or more distinct heterocyclic nuclei

Styryl sensitizer

Two or more separate ring structures

Intercyclic methine chain sensitizer

Methine linked hetero ring with hetero group bridged or fused thereto

Odd number of carbons in acyclic methine chain

One or both methine linked rings carbocyclic

Stabilizing or fog inhibiting ingredient containing

Heterocyclic compound

Polyhetero atom ring

Polyhetero atom ring fused to another ring having polyhetero atoms

Inorganic material

Mercaptan, thioether, thione, disulfide or organic bisulfite

Organic metal compound

Phosphorus compound

Synthetic organic polymer

Structurally defined

Roll film

With processing ingredient container or trap

Container or trap intended to remain in finished product

Roll film

With feature to control spreading of processing ingredient

Two or more radiation-sensitive layers containing other than that characterized by the composition of a single sensitive layer

Layers sensitive to different spectral regions

And containing plural layers sensitive to the same spectral region

Developing inhibitor or processing ingredient containing

Filter layer containing

Ingredient for color compensation or correction containing

Sensitive layers differ in speed

Sensitive to portion only of visible spectrum or of widened spectral response

Radiation-chromic compound

Rapid access processing

Regenerating image processing composition

Bleach-fix

Developer

Registration or layout process other than color proofing

Retrieving image made using radiation imagery

Silver halide colloid tanning process, composition, or product

Infectious developer composition

Process using lithographic infectious developer

And heterocyclic additive

And polymer or nonpolymer condensation reaction product

Stripping process or element

Element

Strippable between two radiation-sensitive layers

Stripping layer containing specified synthetic nonradiation sensitive polymer

From ethylenically unsaturated monomer

Stripping layer having radiation polymerizable or cross-linkable composition

Forming composite image, e.g., multiple stripped image layers, etc.

Forming nonplanar image

Thermal imaging composition

Thermographic process

Heat applied after imaging

Color development

During dry development

Including generation of vapor, moisture, etc.

During solvent development

During stabilization

Heat applied before imaging

Toner containing

Transfer procedure between image and image layer, image receiving layers, or element containing an image receiving layer or an ingredient for forming an image receiving layer

Diffusion transfer process, element, or identified image receiving layers therefor

By uniform application of heat, element, or image receiving layer therefor

Dye image formation process

Using silver salt sensitizer

Using identified dye forming compound other than colorless color developer or dye mordant or using identified organic solvent

Dye developer or leuco dye developer

Redox cleavable dye or dye precursor releaser

Using identified dye mordant or binder other than nominal gelatin

Using identified neutralization layer or ingredient or separate post transfer treatment of dye image

Using identified nondye image forming developing agent, silver development accelerator or retarder, or dye image formation accelerator or retarder

Development retarder or antifoggant

Element or identified image receiving layers for dye image formation

Element containing silver salt sensitizer or either element or image receiving layer for use therewith

Having either a nonradiation sensitive scavenger layer, or an ingredient for forming scavenger or barrier layer, or an identified developing agent scavenger

Having either an identified dye mordant or image receiving layer binder other than nominal gelatin

Identified dye image forming compound other than colorless color developer or dye mordant containing or identified organic solvent for an incorporated ingredient

Coupler with coupling-off ballast, dye or dye precursor moiety

Dye developer or leuco dye developer

Azo

Redox cleavable dye or dye precursor releaser

Identified light absorbing, whitening, brightening, or reflecting agent other than nominal tio2

Ph sensitive

Identified neutralizing layer or ingredient containing or dye stabilizer containing

Identified nondye image forming developing agent, silver halide development accelerator or retarder, or dye image forming accelerator or retarder containing

Silver halide developing retarder or antifoggant

Identified synthetic polymeric binder contained in nonradiation sensitive processing composition permeable layer other than an image receiving or neutralizating layer

Silver halide identified-grain, identified emulsion binder other than nominal gelatin, or identified sensitizer or identified desensitizer containing

Element or image receiving layers for silver salt or silver complex transfer

Having lenticular or color screen

Identified developing agent or silver salt complexing agent containing

Identified precipitation nuclei or image receiving layer binder containing other than nominal gelatin

Identified organic polymeric image receiving layer binder other than nominal gelatin

Identified silver halide grain, silver halide emulsion, binder other than nominally defined gelatin, or silver halide sensitizer or desensitizer containing

Identified toning or silver transfer image stabilizing ingredient containing

Permanent laminate

Element structurally defined other than containing nominal processing composition container or trap, or containing processing composition container or trap made of identified material

Having separable carrier sheet with processing composition container or trap permanently attached thereto

Having specified processing composition retaining means

Having specified trap

Making printing plate

Including imagewise removal of image receiving layer or portion thereof

Silver salt transfer process

Developing with an identified silver halide developing agent

Hydroxylamine

Exposing through color filter element

Having identified precipitation nuclei or identified image receiving binder other than nominal gelatin

Including silver transfer image toning or stabilizing, or separate post transfer treatment of element or layer containing silver image

Processing permanent laminate

Processing with identified silver or silver salt complexing agent

Web processing of radiation-sensitive layer or imbibition of image receiving layer or image receiving element with processing composition prior to contact with the radiation sensitive element or layer

Image layer portion transfer and element therefor

Separating exposed areas from unexposed or underexposed areas of image layer by transfer, element or image receiving layer therefor

Transfer process with uniform heat application and element therefor

Using silver salt sensitizer and element therefor

Imagewise heating, element or image receiving layers therefor or imagewise vapor and gas transfer process, element or image receiving layer therefor

Imagewise vapor or gas transfer process, element or image receiving layer therefor

Use of sound or nondigital compressive force

Using reflected radiation, e.g., reflex copying, etc.

Visible imaging including step of firing or sintering

Visible imaging using radiation only other than heating by surface contact or convection

X-ray

X-ray exposure process