F-Term-List

C04B35/52-35/52@Z;35/54-35/54@Z

AA00
COMPONENTS

AA01

AA02

AA03

AA04

AA05

AA06

AA07

AA08

AA09

AA10

. Carbonaceous components

. . Graphite

. . . Expanded graphite

. . Carbon black

. . Glassy carbon

. . Mesocarbon

. . Tar, pitch, asphalt

. . Coal, lignite, brown coal, bituminous coal

. . Coke

. . Activated carbon

AA11

AA12

AA13

AA14

AA15

AA16

AA17

AA18

AA19

AA20

. . Carbon sheets, graphite sheets

. . Diamond

. . Organic compounds

. . . Synthetic polymers

. . . . Containing elements other than C, H, and O

. . . . . N element-containing (polyimide, amide)

. . . . . Organometallic polymers

. . . . Phenol resins, furan resins

. . . Monomers, prepolymers

. . . Characteristic structural formula being described

AA22

AA23

AA24

AA25

AA26

AA27

AA28

AA29

. . Nano carbon (e.g. fullerene)

. . . Carbon nanotubes, fibers and cells

. . Wastes

. . . Waste liquids, water-containing substances (e.g. sludges, refuses)

. . . Waste plastics

. . . Used carbons

. . Biologic origins, biomasses (e.g. fruit husks)

. . . Wood, paper

AA31

AA32

AA33

AA34

AA35

AA36

AA37

AA38

AA39

AA40

. Inorganic compound components

. . Oxides

. . . Aluminum oxides

. . . Magnesium oxides

. . . Calcium oxides

. . . Silicon oxides, silica stones

. . . Zirconium oxides

. . . Boron oxides

. . . Titanium oxides

. . . Tantalum oxides

AA41

AA42

AA43

AA44

AA46

AA47

AA48

AA49

AA50

. . . Tungsten oxides

. . . Complex oxides

. . . . Spinel (MgAl2O4)

. . . . Zircon (ZrSiO4)

. . Carbides

. . . Silicon carbides

. . . Boron carbides

. . . Titanium carbides

. . Nitrides

AA51

AA52

AA53

AA54

AA55

AA56

AA57

AA58

AA59

AA60

. . . Silicon nitrides

. . . Boron nitrides

. . . Aluminum nitrides

. . Carbonates

. . Oxynitrides

. . Carbonitrides

. . Carbonitride oxides

. . Glass

. . Inorganic salts, hydroxides, halides

. . Minerals, rocks, clays not otherwise classified

AA61

AA62

AA63

AA64

AA65

AA67

AA68

AA69

AA70

. Metals, alloying components

. . Si

. . Al

. . Cu

. . IVa-VIa metals

. Characteristics of raw materials, intermediates (excluding fibers)

. . Application of coated raw materials

. . . Coating the carbonaceous (including the organic)

. . . . Coating the carbonaceous with the carbonaceous

AA72

AA74

AA75

AA76

. Fibrous components (including whiskers)

. Characteristics of shapes of raw materials (including fibrous)

. Description of raw material dimensions (e.g. particle diameters, aspect ratios)

. Impurity limitation (e.g. obligatory components)

AB00
CHARACTERISTICS OF FIBERS (ONLY AA72 BEING IMPARTED)

AB01

AB02

AB03

AB04

AB05

AB07

. Carbon fibers

. . Graphite fibers

. . Organic fibers

. . . Synthetic polymer fibers

. . Vapor phase growth carbon fibers

. Metal fibers (including wire nets)

AB11

AB12

AB13

AB14

AB15

AB16

AB17

AB18

. Inorganic fibers

. . Carbide fibers

. . . SiC fibers

. . Nitride fibers

. . . Si3N4 fibers

. . Oxide fibers

. . Fibers containing a plurality of C, N, and O elements

. . Glass fibers

AB21

AB22

AB23

AB25

AB26

AB27

AB28

AB29

AB30

. Coated fibers

. . Coating of carbonaceous fibers (including organic)

. . . Coating of carbonaceous fibers by the carbonaceous

. Composite fibers (inorganic, organic, metal parts)

. Shapes of fiber raw materials, fiber compacts

. . Nonwoven fabrics, felts

. . Woven cloth

. . Filaments

. . Staples, whiskers

AB31

AB32

AB33

AB34

AB35

AB36

AB37

AB38

AB39

AB40

. Arrangements of fibers in sintered compacts

. . Random dispersion, non-orientation

. . One dimensional orientation, drawing arrangements

. . Two dimensional orientation, stacking

. . Three dimensional or more arrangements

. . Winding

. Mechanical characteristics of fibers

. Chemical characteristics of fibers

. Thermal characteristics of fibers

. Other characteristics

BA00
FUNCTIONS AND APPLICATIONS

BA01

BA02

BA03

BA04

BA06

BA07

BA08

BA09

. Thermal functions and uses

. . Fire resistance, heat resistance

. . Adiabatic properties

. . High thermal conductive properties

. Electrical functions and applications

. . Batteries, members for electrodes

. . Conductive properties

. . Insulating properties

BA11

BA12

BA13

BA14

BA16

BA17

BA18

. Mechanical functions and applications

. . Tools

. . Sliding materials, sealing materials

. . High strength, high toughness

. Chemical functions and applications

. . Oxidation resistance

. . Chemical resistance

BA22

BA23

BA25

BA26

BA27

BA28

BA29

. Physical functions and applications

. . Adsorption

. Energy-related functions and applications (e.g. solar cells)

. Nuclear power-related functions and applications

. Aerospace-related functions and applications

. Semiconductor-related functions and applications

. Optical-related functions and applications (e.g. optical fibers)

CA00
STRUCTURES

CA01

CA02

CA03

CA04

CA05

CA06

CA07

. Microstructures

. . Crystal phases

. . Crystallinity

. . Sizes of structures

. . Shapes of structures

. . Arrangements of structures

. . Grain boundaries

CA11

CA12

CA13

CA14

CA15

CA16

CA17

CA18

. Macrostructures

. . Porous bodies

. . Hollow bodies

. . Plate-shaped, sheet-shaped

. . Pillar-shaped, tubular

. . Spherical

. . Surface designs (e.g. formation of grooves on surfaces)

. . Other characteristic shapes

GA00
PRODUCING METHOD (IMPARTING FROM DESCRIPTION OF EMBODIMENTS)

GA01

GA02

GA03

GA04

GA05

GA06

GA07

GA08

GA09

GA10

. Preparation of raw material powders, mixtures

. . Preparation of particle diameters

. . Grinding

. . Preparation of shapes of raw materials

. . Surface treatment, coating of raw materials

. . Chemical agent treatment, chemical treatment, and treatment with reaction

. Kneading

. Forming method

. . Stacking

. . . Stacking by plural kinds of sheet-shaped bodies

GA11

GA12

GA13

GA14

GA15

GA16

GA17

GA18

GA20

. . Formation of fiber formed objects

. . . Formation processes of woven cloth (e.g. weaving)

. . . Forming for orientating fibers

. . . Applications of plural kinds of fibers

. . Wet forming

. . . Extrusion , injection molding

. . Dry pressing

. . Isostatic pressing (CIP)

. Treatment of green body

GA21

GA22

GA23

GA24

GA25

GA26

GA27

GA28

GA29

GA30

. . Impregnation to green body

. . Hardening of resins

. Sintering method (heating methods)

. . Atmosphere

. . . Inert atmosphere

. . . Reducible atmosphere

. . Temperature

. . . Temperature rising speed

. . . Temperature dropping speed

. . . Up to 500 degree centigrade

GA31

GA32

GA33

GA34

GA35

GA36

GA37

GA38

GA39

GA40

. . . 500-2,000 degree centigrade

. . . 2,000-3,000 degree centigrade

. . . 3,000 degree centigrade or higher

. . Multi-step sintering, heat treatment

. . . Changing atmospheres by steps

. . . Changing temperatures by steps

. . . Changing temperature rising or dropping speeds by steps

. . . Changing pressures by steps

. . Use of packing powders

. . Use of boxes, saggers

GA42

GA43

GA44

GA45

GA48

GA49

GA50

. . Characterized by heating means

. . . Heating by turning on electricity

. . . HIP

. . . HP (hot pressing)

. Processing of sintered compacts

. . Impregnation to sintered compacts

. . Heat treatment (e.g. high purification treatment)

GA51

GA52

GA53

GA54

GA55

GA56

GA57

GA58

GA59

GA60

. . Surface treatment of sintered compacts

. . . Coating of sintered compacts

. . . . Coating by the carbonaceous

. . . . . Coating by the organic

. . . . Coating by inorganic compounds

. . . . Coating by metals

. . . . Compound coating

. . . . Double layer coating

. . Sintering furthermore after processing of sintered compacts

. . Mechanical processing of sintered compacts (e.g. polishing, cutting)

4G132	Ceramic products
	C04B35/52 -35/536