F-Term-List

C08G75/00

BA00
STRUCTURE OF POLYMER MAIN CHAINS

BA01

BA02

BA03

BA04

BA05

BA07

BA08

BA09

BA10

. Sulfur-containing groups that are formed in the main chain excluding heterocyclic rings.

. . having groups composed only of sulfur in the main chain e.g. orthoesters

. . . Main chains that have only one thioether group in repeating unit

. . . Main chains that have two or more thioether groups in repeating units

. . . Polythio or polysulfide groups

. . having groups composed only of sulfur and oxygen

. . . Main chains that have groups represented by -SO-

. . . Main chains that have -SO2- containing groups

. . . . having sulfonyl groups

BA11

BA13

BA15

BA16

BA18

BA19

BA20

. . . . having sulfonyldioxy groups

. . . Main chains that have groups represented by -SO3-

. . having groups composed only of carbon and sulfur

. . . Thiocarbonyl groups

. . having groups composed only of carbon oxygen and sulfur

. . . having thioester groups

. . . having thiocarbonate groups

BA22

BA23

BA24

BA26

. . having groups containing sulfur and nitrogen in the main chains

. . . Thiocarboxamide groups

. . . Thiourea groups

. . having groups containing other atoms than sulfur carbon oxygen or nitrogen

BA31

BA32

BA33

BA34

BA35

BA37

. Heterocyclic rings that contain sulfur as the hetero atom and are formed in the main chain

. . without nitrogen as a hetero atom

. . having nitrogen as a hetero atom

. . . Thiazole rings

. . . Thiadiazole rings

. . Other heterocyclic rings

BA41

BA42

BA43

BA44

BA45

BA46

BA47

BA48

BA49

. Groups and rings not containing sulfur in the main chain

. . Ether groups

. . Carbonyl groups

. . Ester groups

. . Amide groups

. . Imide groups

. . Alicyclic rings

. . Aromatic rings

. . . Aromatic rings being adjacent to sulfur-containing groups

BA51

. . Heterocyclic rings other than imide rings

BB00
REACTION TO FORM MAIN CHAINS

BB01

BB02

BB03

BB04

BB06

BB07

BB08

BB09

BB10

. forming sulfur-containing bonds in the main chain

. . Opening of heterocyclic rings containing sulfur as the hetero atom

. . . Thiirane ring opening

. . . Trithiane ring opening

. . Reactions of mercapto-compounds or metal derivatives thereof

. . . Reactions with compounds having carbon-to-carbon double bonds

. . . Reactions with compounds having carbon-to-carbon triple bonds

. . . Reactions with compounds having amino groups

. . . . Reactions with diamines

BB12

BB13

BB14

BB15

BB18

. . . Reactions with compounds having isocyanate groups

. . . Reactions with compounds having epoxy groups

. . . Reactions with dihalogen compounds

. . . Reactions with aldehydes or ketones

. . Reactions of inorganic sulfur e.g. S8

BB21

BB22

BB23

BB24

BB25

BB26

BB28

BB29

BB30

. . Reactions of sulfur-containing inorganic compounds

. . . Reactions of hydrogen sulfide

. . . Reactions of sulfur dioxide

. . . . Reactions with compounds having carbon-to-carbon double bonds

. . . . . Reactions with aromatic alkenyl compounds

. . . . Reactions with compounds having carbon-to-carbon triple bonds

. . . Reactions of metal sulfides

. . . . Metal sulfide being an alkali metal e.g. Na2S

. . . . Reactions with aldehydes or ketones

BB31

BB33

BB34

BB35

BB36

BB37

BB38

BB39

. . . . Reactions with halogen compounds

. . . Reactions of sulfur-containing dihalogen compounds

. . . Reaction of sulfur dihalide

. . . . Reactions of polythio dihalide compound

. . . . Reactions of sulfinyl dihalide (SOX2)

. . . . Reactions of sulfonyl dihalide (XSO2X)

. . . . Reactions of thiocarbonyl dihalide

. . . . Reactions of XO-C(S)-OX

BB41

BB42

BB45

BB46

BB47

BB48

BB49

BB50

. . . Reactions of compounds containing amino group i.e. -NH2

. . . . Reactions of thiourea

. . Reactions of other sulfur-containing compounds

. . . Reactions of sulfur-containing groups containing halogens

. . . . Reactions of sulfenyl halide groups

. . . . Reactions of sulfonyl halide groups

. . . . Reactions of thiocarbonyl groups

. . . . Reactions of -C(=S)OX or -C(=O)SX groups

BB51

BB52

BB54

BB55

BB56

. . . . Reactions with diamines

. . . . Reactions with compounds containing hydroxy groups

. . . Reactions of sulfur-containing groups containing nitrogen

. . . . Reactions of sulfonamide groups

. . . . Reactions of thiocarboxamide groups

BB61

BB62

BB65

BB66

BB67

BB68

BB70

. Formation of bonds without sufur in main chains

. . by reactions involving carbon-to-carbon unsaturated bonds

. . by reactions without involving carbon-to-carbon unsaturated bonds

. . . forming ether bonds

. . . . by opening. epoxy ring

. . . . by oxidation polymerisation

. . . forming imide bonds

BB71

BB72

BB73

. . . forming amide bonds

. . . by opening heterocyclic rings other than epoxies

. . . . by opening nitrogen-containing heterocyclic rings

BC00
REACTION CONDITION

BC01

BC02

BC04

BC05

BC06

BC08

BC09

. Specific temperatures

. . by heating

. Specific solvents

. . Aqueous solvents

. . . Acidic solvents

. . Organic solvents

. . Mixed solvents

BC11

BC12

BC13

BC14

BC15

BC16

BC17

BC18

BC19

. Catalysts are specified

. . Metal compounds including phosphorus compounds used as catalysts

. . . using metal halides

. . . using alkylated metals

. . . using oxygen-containing compounds

. . . . using carbonates

. . . . using carboxylates

. . . . using hydroxides

. . . . using oxides

BC21

BC22

BC24

BC25

BC26

. . . Nitrogen-containing compounds used as catalysts

. . . . using quaternary ammonium salts

. . . using sulfur-containing compounds

. . . . using sulfates

. . . . using sulfites

BC32

BC33

BC34

BC36

BC37

BC38

BC40

. . Nonmetal compounds used as catalysts

. . . using oxygen-containing compounds

. . . . using peroxides

. . . using nitrogen-containing compounds

. . . . using ammonia or amines

. . . . using azo-compounds

. . . Sulfur-containing compounds used as catalysts

BC41

BC43

. Electropolymerisation

. Polymerisation by energy beams

BD00
POST-POLYMERISATION TREATMENT

BD01

BD02

BD03

BD05

BD06

BD07

BD08

BD09

BD10

. involving polymer modification

. . Oxidation

. . . Oxidation of sulfide to sulfonyl

. . Esterification

. . Etherification

. . Introduction of groups containing atoms other than carbon hydrogen and oxygen

. . . nitrogen-containing groups

. . . sulfur-containing groups

. . . phosphorus-containing groups

BD11

. . . silicon-containing groups

BD21

BD22

BD23

BD25

. not involving polymer modification

. . Removing impurities

. . . Removing sulfur-containing compounds

. . Doping

BE00
POLYMERISATION IN THE PRESENCE OF THE COMPOUNDING COMPONENTS

BE01

BE02

BE03

BE04

. Functions of the compounding components

. . Fillers

. . Conductivity improving agents

. . Other functions

BF00
POLYMER PROPERTY

BF01

BF02

BF03

BF04

BF05

BF06

BF07

BF09

BF10

. Polymers having specific molecular weights or viscosity

. Liquidity

. Solubility

. Stability

. . Stability against weather

. . Stability against solvents

. . Stability against light heat or smoke

. Mechanical properties

. . Plasticity or flexibility

BF12

BF13

BF14

BF15

BF16

BF17

BF19

. Degradation properties e.g. by heat or light

. Electrical properties e.g. conductivity or insulation property

. Adhesiveness or stickiness

. Flame retardancy or heat resistance

. Compatibility

. Water absorption or moisture absorption

. Other properties

BG00
USE OF POLYMERS

BG01

BG02

BG03

BG04

BG05

BG06

BG08

BG09

BG10

. Photosensitive resin materials or photoresists

. Coatings or non-photosensitive resists

. Adhesives or sealants

. Electric or electronic materials

. . Conductive materials

. . . Macromolecular electrolytes

. . Semiconductor materials

. . Insulating materials

. . Electrical or electronic parts used as moulding materials

BG11

BG12

BG13

BG14

BG15

BG16

BG17

BG18

BG19

. Additives

. . Agents to improve workability

. . Agents to provide flexibility

. . Flame retardants

. . . Smoke inhibitors

. . Germicides or insecticides

. . Stabilisers

. . Agents to improve electrical properties

. . Thickeners

BG21

BG22

BG23

BG25

BG26

BG27

BG29

BG30

. Household articles

. Chemical products or synthesised products

. . Membranes e.g. semi-permeable membranes or osmotic membranes

. Optical materials

. Machine parts

. . Automobile parts

. Working agents

. Films

BG31

BG32

BG34

. Fibres

. Medical or hygienic articles

. Others

C08G79/00

CA00
POLYMER STRUCTURE

CA01

CA02

CA03

. Linear

. Three-dimensional or cross-linked

. Chelated

CB00
BOND FORMED IN THE MAIN CHAIN

CB01

CB02

CB03

CB04

CB05

CB06

CB07

CB08

CB09

CB10

. by reactions of compounds without phosphorus

. . by reactions of hydroxy group-containing compounds

. . by reactions of metal alkoxides

. . by reactions of carboxyl group-containing compounds

. . by reactions of ester group-containing compounds

. . by reactions of aldehyde group-containing compounds

. . by reactions of amino group-containing compounds

. . by reactions of isocyanate group-containing compounds

. . by reactions of epoxy group-containing compounds

. . by reactions of halogenated compounds

CB11

CB13

CB14

CB15

CB17

CB18

. . . by reactions of chlorine-containing compounds

. . by reactions of compounds containing carbon-to-carbon unsaturated bonds

. . by reactions of compounds containing sulfur

. . . forming sulfide bonds (-S- )

. . by reactions of compounds containing silicon

. . . forming siloxane bonds

CB21

CB22

CB23

. by reactions of compounds containing trivalent phosphorus e.g. phosphine compounds

. . Formation of bonds represented by -P(-R)- in the main chain

. . . additionally containing ether bonds i.e. -O- in the main chain

CB31

CB32

CB33

CB34

CB35

CB37

CB38

. by reactions of compounds containing pentavalent phosphorus

. . not containing nitrogen in bond formed in the polymer main chain

. . . Formation of bonds represented by -P(=O)R- in the main chain

. . . . R being a substituted or unsubstituted phenyl groups

. . . . additionally containing ether bonds i.e. -O-

. . . Formation of bonds having phosphorus-containing heterocyclic rings

. . . . Further having oxygen as a hetero atom

CB42

CB43

CB44

CB45

CB47

CB48

CB49

CB50

. . containing nitrogen in a bond formed in the main chain

. . . Formation of bonds represented by -P(R)(R')=N- in the main chain

. . . . R being substituted or unsubstituted alkyl group

. . . . . R being halogen-containing alkyl group

. . . . R being substituted or unsubstituted amino group

. . . . R being bonded by ether linkage

. . . . R being substituted or unsubstituted mercapto group.

. . . . R being nitrogen-containing heterocyclic compound residue

CB51

CB52

CB54

CB55

CB58

CB59

CB60

. . . . R being halogen

. . . . . R being chlorine

. . . . R and R' being the same substituents

. . . . additionally containing ether bonds i.e. -O-

. . . Formation of bonds represented by - P(R)(=O)-N-

. . . . R being substituted or unsubstituted alkyl group

. . . . . R being halogen-containing alkyl group

CB62

CB63

CB64

CB65

CB66

CB67

CB69

. . . . R being substituted or unsubstituted amino group

. . . . R being bonded by ether linkage

. . . . R being substituted or unsubstituted mercapto group.

. . . . R being nitrogen-containing heterocyclic compound residue

. . . . R being halogen

. . . . . R being chlorine

. . . . additionally containing ether bonds

CB72

CB73

CB74

CB78

. . . Formation of bonds containing phosphorus-containing heterocyclic rings

. . . . having nitrogen as a hetero atom

. . . . having oxygen as a hetero atom

. Reactions of elementary phosphorus or of other phosphorus-containing compounds

CC00
METAL ATOM CONTAINED IN POLYMERS, INCLUDING BORON, SILICON, SELENIUM OR TELLURIUM

CC01

CC02

CC04

CC05

CC06

CC07

CC08

CC10

. Group I metal atom e.g. copper silver gold or cesium

. . Copper

. Group II metal atom e.g. zinc cadmium mercury or strontium

. Group III metal atom e.g. boron aluminium thallium lanthanum actinium or yttrium

. . Boron

. . . additionally containing nitrogen

. . . additionally containing sulfur

. . Aluminium

CC11

CC12

CC13

CC15

CC16

CC17

CC18

CC19

. . Thallium

. . Lanthanide series metal atom e.g. lanthanum cerium praseodymium samarium or europium

. . Actinide series metal atom e.g. actinium thorium uranium or plutonium

. Group IV metal atom e.g. silicon germanium tin titanium zirconium or hafnium

. . Silicon

. . Tin

. . . additionally containing sulfur

. . . additionally containing halogens

CC21

CC23

CC24

CC25

CC26

CC27

CC29

CC30

. . Titanium

. Group V metal atom

. Group VI metal atom e.g. selenium tellurium chromium molybdenum or tungsten

. . Selenium

. . Tellurium

. . Tungsten

. Group VII metal atom e.g. manganese technetium or rhenium

. Group VIII metal atom e.g. iron cobalt or nickel

CD00
REACTION FORM

CD01

CD02

CD03

CD04

CD05

CD06

. Ring-opening polymerisation

. . by opening heterocyclic rings

. . . Heterocyclic rings containing phosphorus as the hetero atom

. . . Heterocyclic rings containing oxygen as the hetero atom

. . . Heterocyclic rings containing nitrogen as the hetero atom

. . . Heterocyclic rings containing boron as the hetero atom

CD11

. Polymerisation without opening rings e.g. polycondensation or polyaddition

CE00
POLYMERISATION METHOD

CE01

CE02

CE03

CE05

CE06

CE07

CE08

CE09

. Forms of polymerisation

. . Solution suspension emulsion or bulk polymerisation

. . Vapour-phase polymerisation

. Polymerisation initiation means

. . Plasma

. . Light beams

. . Electrolysis

. . . Electrolytic oxidation

CE11

. . using catalysts

CF00
POST-POLYMERISATION TREATMENT

CF01

CF02

CF03

CF04

CF06

CF09

. involving polymer modification

. . Chemical modification by modifying agents including hydrolysis

. . Chemical modification by electrolysis

. . . Chemical modification by electrolytic reduction

. . Chemical modification by heating

. not involving polymer modification e.g. removing impurities

CG00
USE

CG01

CG02

CG03

CG04

CG06

CG07

CG08

CG10

. Electrical materials

. . Conductive materials

. . Semiconductor materials

. . Insulating materials

. Optical materials

. Catalysts

. . used as a polymerisation catalyst

. Physicochemical treatment

CG11

CG12

CG14

CG16

CG17

CG19

CG20

. . Surface treating agents

. . . Water repellents

. . Moisture absorbents or water absorbents

. Use based on physical property

. . Magnetic materials

. Moulding materials including films or fibres

. for coating adhesion or sealing

CG21

CG22

CG23

CG24

CG25

CG26

CG27

CG29