F-Term-List

C01G9/00@A-9/00@Z;9/02@A-9/02@Z

AA00
CONSTITUENT ELEMENT OF ZINC COMPOUND

AA01

AA02

AA03

AA04

AA05

AA07

. Constituent elements being specified *

. . consisting of zinc and oxygen or hydrogen additionally

. . consisting of zinc carbon and oxygen or hydrogen additionally e.g. carbonates

. . containing metals other than zinc *

. . . containing non-metals other than oxygen or hydrogen *

. Others e.g. ions

AB00
MANUFACTURING AND TREATMENT OF ZINC COMPOUND

AB01

AB02

AB04

AB05

AB06

. by dry processes

. by wet processes

. Post-treatment methods

. . using metal components other than zinc

. . . Heat treatments after coating with metallic components other than zinc

AC00
USEFULNESS OF ZINC COMPOUND

AC01

AC02

AC03

. Piezoelectric properties

. Pigments

. Others explicitly described **

AD00
FORM OR STRUCTURE OF ZINC COMPOUNDS

AD01

AD02

AD03

AD04

. Forms external form being explicitly indicated

. . Thin-film formed

. . Powdery or granular

. . . specified in external forms e.g. sheet form or having specified grain diameter

C01G11/02

BA00
CONSTITUENT ELEMENT OF CADMIUM SULFIDE

BA01

BA02

. consisting of cadmium and sulfur

. containing elements other than cadmium and sulfur *

BB00
MANUFACTURING AND TREATMENT OF CADMIUM SULFIDE

BB01

BB03

BB04

BB05

BB06

. Manufacturing methods

. Post-treatment methods e.g. purification and ion exchange

. . Burning

. . Surface treatments e.g. coating

. . . Heat treatment after coating

BC00
USEFULNESS OF CADMIUM SULFIDE

BC01

BC02

. for photoelectric conductivity or electrophotography

. Others explicitly described **

BD00
FORM OR STRUCTURE OF CADMIUM SULFIDE

BD01

BD02

BD03

BD04

. Forms external form being explicitly indicated

. . Thin-film formed

. . Powdery or granular

. . . specified in external form e.g. spherical shape or having specified grain diameter

C01G23/00;23/00@A-23/00@Z;23/04;23/04@A-23/04@Z;23/047;23/053;23/07;23/08

CA00
CONSTITUENT ELEMENT OF TITANIUM COMPOUND

CA01

CA02

CA03

CA04

CA05

CA06

CA07

CA08

CA10

. Constituent elements being specified *

. . consisting of titanium and oxygen or hydrogen additionally

. . containing sulfur *

. . . Titanium sulfate

. . Titanium compound containing no sulfur but containing metals other than titanium *

. . . containing lithium sodium potassium rubidium cesium or francium *

. . . containing beryllium magnesium calcium strontium barium or radium *

. . . containing zirconium *

. Others e.g. ions

CB00
MANUFACTURING AND TREATMENT OF TITANIUM COMPOUND

CB01

CB02

CB04

CB05

CB06

CB08

CB09

. Pretreatment of raw materials e.g. concentration of titanium content in ores

. . Mineral acid treatment or chlorination treatment

. Dry manufacturing methods e.g. vapour phase method solid phase method

. Wet manufacturing methods e.g. liquid phase method

. . using alkoxide as raw material

. Post-treatment methods

. . using metal components other than titanium

CC00
USEFULNESS OF TITANIUM COMPOUND

CC01

CC02

CC03

. Pigments

. Dielectric and piezoelectric properties

. Others explicitly described **

CD00
FORM OR STRUCTURE OF TITANIUM COMPOUND

CD01

CD02

CD03

CD04

CD05

CD07

CD08

. Forms external form being explicitly indicated

. . Thin-film formed

. . Powdery or granular

. . . specified in external form e.g. spherical shape or having specified grain diameter

. . Fibrous or whisker such as crystal whiskers

. Structures crystal structures being explicitly indicated

. . Perovskite type

C01G1/00@S

JA00
FORM OF SUPERCONDUCTOR MATERIAL

JA01

JA02

JA03

JA04

JA05

JA06

JA10

. powdery granular or flaky

. Moulded bodies or sintered bodies

. Film on a substrate including thick film

. . formed in multi-layer structure excluding substrate

. Wire-like or ribbon-like material

. Fibre or filament

. Others

JB00
SPECIFICATION OF MACRO- OR MICRO-STRUCTURE, AND PHYSICAL PROPERTIES OF MATERIAL

JB01

JB02

JB03

JB04

JB05

JB06

JB10

. Specification of physical properties or quantity of impurities

. Crystals being oriented

. Single-crystal

. consisting of several phases for multilayer superconductors see JA04

. . having dispersed metal phases

. . . Metals being silver or platinum group metals

. Others

JC00
COMPOSITION OF SUPERCONDUCTOR MATERIAL CLAIMED

JC01

JC02

JC03

JC09

JC10

. Oxides containing copper *

. . RE-AE-Cu-O

. . RE-AE-Cu-O + alpha * alpha is not RE nor AE

. . RE-Cu-O (+alpha *) alpha is not AE.

. . AE-Cu-O (+ alpha *) alpha is not RE.

JC11

JC12

JC13

JC14

JC16

JC20

. Oxides containing no copper *

. . RE-AE-M-O where M is not copper *

. . RE-M-O where M is not copper nor AE *

. . AE-M-O where M is not copper nor RE *

. containing no oxygen non-oxides *

. Others *

KA00
MANUFACTURING METHOD 1: PREPARATION OF RAW MATERIAL OR RAW MATERIAL MIXTURE

KA01

KA02

KA03

KA04

KA05

KA06

KA07

. Selection or preparation of one component to be raw material

. Production of precipitation from solution

. . from organic metal compounds

. . . from organic acid salts

. . . from metal alkoxides

. . by producing precipitation stepwise

. by gelling solution

KA11

KA12

KA14

KA15

KA17

KA18

KA20

. by vapourising solvent from solution

. . by spray drying spray firing or melting solution

. Drying and firing of precipitation slurry or gel

. . by spraying

. Treatments of raw material powder or precursor powder

. . Pulverization or adjustment of grain size

. Others

KB00
MANUFACTURING METHOD 2 : BY FIRING SOLID RAW MATERIAL

KB01

KB02

KB04

KB05

KB06

KB07

. Selection of powder to be fired excluding mere oxide

. . using metal powder or alloy powder as raw material

. by firing moulded material

. . by pulverising after calcining or firing

. by firing dried product of solution

. by firing dried product of slurry or gel

KB11

KB12

KB13

KB14

KB15

KB16

KB17

KB18

KB20

. characterised by firing process

. . Firing conditions

. . . Atmosphere or pressure

. . . . Oxygen atmosphere

. . . . in the presence of component elements

. . . . in the presence of non-component elements

. . . Temperature conditions

. . . in electrical or magnetic field

. Others

KC00
MANUFACTURING METHOD 3: BY CRYSTALLISATION FROM SOLUTION OR BY MANUFACTURE FROM MELT

KC01

KC02

KC04

KC05

KC06

KC10

. Formation of crystal from solution. For precipitation see KA02.

. . using molten solvent

. Manufacturing from melt

. . obtaining powder

. . obtaining moulding

. Others

KD00
MANUFACTURING METHOD 4: FILM FORMATION ON SUBSTRATE, EXCLUDING VAPOUR PHASE METHOD

KD01

KD02

KD03

KD04

KD05

KD06

KD08

KD09

KD10

. by applying solution onto substrate

. . Solution of organic metal compound

. . by spraying onto substrate

. by applying paste or slurry onto substrate

. . characterised by ingredient other than superconducting component

. . . containing polymerisable component

. using electrical fields e.g. electrophoresis

. forming film from melt

. Others

KE00
MANUFACTURING METHOD 5: MANUFACTURING FROM VAPOUR PHASE, VAPOUR DEPOSITION

KE01

KE02

KE03

KE04

KE05

KE06

KE07

KE09

KE10

. heating and vapourising the vapourising source

. . by laser beam

. . by molecular beam irradiation

. by sputtering process

. . Selection and preparation of target

. . Atmospheric gas vapour or atmospheric pressure

. . irradiating with oxygen or oxygen ion beam

. sticking ultra-fine particulates

. Others

KF00
MANUFACTURING METHOD 6: MANUFACTURING FROM VAPOUR PHASE, CVD

KF01

KF03

KF04

KF05

KF06

KF10

. Selection or preparation of reactive raw material gas

. using plasma

. . supplying solid raw material to plasma

. . supplying solution or slurry into plasma

. . supplying gaseous raw material into plasma

. Others

KG00
ITEM COMMON TO VAPOUR PHASE METHOD

KG01

KG02

KG03

KG04

KG05

KG06

KG07

KG08

KG09

KG10

. Selection of substrate materials #

. . Specification of crystal orientation in substrate

. Surface treatment of substrate

. . Formation of intermediate layer

. Successively forming film of each component separately

. Forming and oxidising metal film

. patterning films

. using electric or magnetic field

. Irradiating substrate with light or particle beams

. Others

LA00
TREATMENT OF SUPERCONDUCTOR MATERIAL OR OTHER PROCESSING

LA01

LA02

LA03

LA04

LA05

LA06

LA07

LA08

LA09

LA10

. Heating or cooling treatments

. . in oxygen atmosphere

. by activated oxygen oxygen plasma or oxygen ions

. by irradiation with energy rays e.g. X-rays

. . Particle beams or ion beams (For use of oxygen see LA03)

. Coating treatment

. . Coating of protective film

. Separation of superconductor materials

. Custody of superconductor materials

. Others

LB00
APPLICATIONS CLAIMED

LB01

LB02

LB03

LB04

LB10

. Electrical materials

. . Josephson device

. . Superconducting coil

. Electromagnetic shielding material

. Others

4G047	INORGANIC COMPOUNDS OF HEAVY METALS (I)
	C01G1/00 -23/08