F-Term-List

C07F9/00-19/00

AA00
TYPES OF INVENTIONS

AA01

AA02

AA03

AA04

AA05

. Substances

. Manufacturing method (i.e. separation, purification or stabilization)

. Uses

. Devices.

. Others (i.e. transfer, storage and breakdown)

AB00
USES

AB01

AB02

AB03

AB04

AB05

AB06

AB10

. Pesticides and fertilizers

. . Insecticides and rodenticides

. . Germicides and mildew-prevention agents

. . Herbicides

. . Agents for repelling or attracting pests

. . Agents for controlling plant growth (of harmful plants -->AB04)

. Foods and fodder materials (i.e. additives for fodders)

AB12

AB14

AB20

. Cosmetics and shampoos

. Aroma and application thereof

. Pharmaceutical agents (i.e. diagnostic agents and antiallergic agents)

AB21

AB22

AB23

AB24

AB25

AB26

AB27

AB28

AB29

. . Pharmaceutical agents that affect central nervous system (i.e. sedative agents and antipyretic agents)

. . Antiphlogistic agents

. . Pharmaceutical agents that affect the circulatory organ system (i.e., vasodilator agents, hypotensive agents and anti-arteriosclerosis agents)

. . Pharmaceutical agents that affect the hematopoietic system, blood, and body fluids (anticoagulant agents and hemostatic agents)

. . Pharmaceutical agents that affect the respiratory system (i.e., anti-asthma agents and anti-tussive agents)

. . Pharmaceutical agents that affect the digestive system (i.e., anti-ulcer agents)

. . Pharmaceutical agents that affect the metabolic system (i.e., vitamin-like agents, hypolipidemic agents and hypoglycemic agents)

. . Antitumoral agents (i.e., carcinostatic agents)

. . Antimicrobials and antiviral agents

AB40

. Catalysts and reaction aids (initiating reagents)

AB42

AB44

AB46

AB48

AB49

AB50

. High explosives, low explosives, and propellants

. Fuels

. Macromolecular monomers

. Macromolecular additives

. . Curing agents

. . Plasticizers

AB51

AB60

. . Anti-degradants

. Lubricants (i.e. operation fluids)

AB61

AB64

AB66

AB68

AB70

. . Additives

. Liquid crystal and application thereof

. Static prevention agents

. Surfactants (e.g., foaming agents, antifoaming agents, emulsifiers, solubilizers, dispersants, wetting agents, aggregating agents, water repellents and oil repellents)

. Cleaning agents

AB72

AB74

AB76

AB78

AB80

. Fibers and paper materials (i.e., sizing agents)

. Building materials (i.e., cement mixing agents)

. Photo and printing materials (i.e., photosensitive agents for photography and sensitizers)

. Electrical and communication materials (i.e., insulation oils)

. Use of chemical properties (i.e., fire protection and flame protection, flame retardants and solvents)

AB81

AB82

AB83

AB84

AB90

. . Reaction reagents (e.g., oxidants, reductants, and optical resolution agents)

. . Chelated agents

. . Stabilizers (i.e., antioxidants)

. . Synthetic intermediates

. Use of physical properties (e.g. viscosity modifier)

AB91

AB92

AB93

AB99

. . Electric and magnetic properties

. . Optical properties (i.e., infrared absorbents, ultraviolet absorbents, X ray absorbents, luminescent substances and tenebrescent compounds)

. . Thermal properties (i.e., heat accumulation agents, heat conductive substances, coolants, and heat resistant substances)

. Others (e.g., paints, dyes, and adhesives)

AC00
EXAMPLES: SULFONIC ACID OR ITS DERIVATIVES (<-- SULFONATE ESTER, SULFONATE HALIDE, SULFONATE AMIDE), SULFONYL GROUP OR SULFINYL GROUP (<-- SULFONE, SULFOXIDE), MERCAPTO GROUP OR SULFIDE GROUP, ETC.

AC10

. Reaction other than formation or dissociation of carbon-to-carbon bonds (<-- dehydrogenation, hydrogenation, isomerization, disintegration, etc.)

AC20

. Formation and dissociation of carbon-to-carbon-bonds (i.e., addition, substitution, condensation, carbocyclic formation, ring opening, etc.)

AC30

. Halogenation (addition, halogen exchange, etc)

AC40

. Formation or incorporation of functional groups that contain oxygen (e.g. incorporation of hydroxyl group, ether group, carbonyl group, aldehyde group, carboxyl group, carboxylate group, acid halide group, etc.)

AC50

. Formation or incorporation of functional groups that contain nitrogen (e.g. incorporation of nitro group, nitroso group, amino group, carboxylic amide group, cyano group, isocyanate group, carbamate group, ureido group, oxime group, azo group, etc)

AC60

. Formation or incorporation of functional groups that contain sulfur (e.g. incorporation of sulfonyl group, sulfinyl group, mercapto group, sulfide group, sulfonic acid or their derivative group)

AC70

. Exchange reaction (e.g. ester exchange of phosphoric ester and exchange of amino portion of phosphoric amide)

AC80

. Incorporation and removal of protective groups and active groups

AC81

AC82

AC83

AC84

AC90

. Asymmetric synthesis and asymmetry-maintaining synthesis

. Racemization (i.e., complete reversal and partial reversal)

. Dissociation of optical active compounds (i.e., optical resolution) (AD is also assigned regarding concrete means.)

. Incorporation of isotopes into organic compounds: Synthesis of labeled compounds

. Other general reactions (e.g., manufacture of hydrates)

AD00
PURIFICATION, DISSOCIATION, STABILIZATION, AND OTHER PHYSICAL TREATMENTS

AD10

. Physical treatments

AD11

AD12

AD13

AD14

AD15

AD16

AD17

AD18

AD19

. . Distillation

. . . Azeotropic distillation

. . . Extractive distillation

. . . Steam distillation

. . Crystallization, the purification and dissociation of crystals, crystal analysis, and granulation

. . Liquid-liquid treatments and extraction (<-- supercritical extraction and phase separation)

. . Solid-liquid treatments, solid-gas treatments, absorption, chromatography, absorption of liquid or gas by means of solid, filtration, decant and sublimation

. . Gas-liquid treatments, condensation, absorption of gases by liquids

. . Membrane separation (i.e., semipermeable membranes and reverse osmosis membranes)

AD30

. Chemical treatments

AD31

AD32

AD33

AD40

. . Use of hydrogen

. . Ion exchange

. . Formation of added substances and complex (<-- separation using clathrate compounds and intermolecular compounds)

. Stabilization and use of additives

AD41

. . Polymerization inhibitors

BA00
ACCELERATION AND CONTROL OF REACTION USING REACTION ENGINEERING METHODS (--> BD)

BA01

BA02

BA03

BA04

BA05

BA06

BA07

BA08

BA09

BA10

. Metal components

. . 1A group metals (Li, Na, K, Rb, Cs and Fr)

. . . Lithium

. . . Cesium

. . 1B group metals (Cu, Ag and Au)

. . 2A group metals (Be, Mg, Ca, Sr, Ba and Ra)

. . 2B group metals (Zn, Cd and Hg)

. . 3A group metals (Sc, Y, lanthanoid and actinoid)

. . 3B group metals (Al, Ga, In and Tl)

. . 4A group metals (Ti, Zr and Hf)

BA11

BA12

BA13

BA14

BA15

BA16

BA17

. . 4B group metals (Ge, Sn and Pb)

. . 5A group metals (V, Nb and Ta)

. . 5B group metals (Sb and Bi)

. . 6A group metals (Cr, Mo and W)

. . 6B group metals (Se, Te and Po)

. . 7A group metals (Mn, Tc and Re)

. . 8A group metals (Fe, Co, Ni, Ru, Rh, Rd, Os, Ir and Pt)

BA27

BA28

BA29

BA30

. Anion components and non-metal components

. . H (<--hydride)

. . OH (<--hydroxide)

. . O (<-- oxide)

BA31

BA32

BA33

BA34

BA35

BA36

BA37

BA38

BA39

BA40

. . B (<-- borate and boride)

. . C (<-- carbonate, carboxylate, alcoholate and AlEt3)

. . Si (<-- silicate)

. . N (<-- nitrate, ammonium salt, cyanide, NaNH2 and NaNEt2)

. . P (<-- phosphate and phosphonate)

. . S (<-- sulfide, sulfate, sulfonate and thiocyanide)

. . Halogen (<-- halide)

. Coordination components

. . Inorganic ligands (<-- halogen and hydrido)

. . . Carbonyl (CO)

BA41

BA42

BA43

BA44

BA45

BA46

BA47

BA48

BA49

BA50

. . . Ammine (NH3)

. . . Cyano (CN)

. . Organic ligands

. . . Hydrocarbon

. . . Ligands that contain oxygen

. . . Ligands that contain nitrogen

. . . Ligands that contain hetero rings

. . . Ligands that contain phosphorus

. Organic compound catalysts that do not contain metal

. . Compounds that contain oxygen

BA51

BA52

BA53

BA55

BA56

BA60

. . Compounds that contain nitrogen

. . Compounds that contain sulfur

. . Compounds that contain P, Si and B

. Carrier components

. Physical properties of carriers

. Oxidation catalysts and dehydrogenation catalysts

BA61

BA62

BA63

BA64

BA65

BA66

BA67

BA68

BA69

BA70

. Reduction catalysts and hydrogenation catalysts

. Isomerization catalysts and disproportionation catalysts

. Alkylation catalysts and dealkylation catalysts

. Friedel-Crafts catalysts

. Catalysts for phase-to-phase movement

. Acid catalysts (i.e., mineral acids, Bronsted acids)

. . Lewis acid catalysts

. . Solid acid catalysts (i.e., active clay and clay minerals)

. Base catalysts

. Raney catalysts

BA71

BA72

BA73

BA74

BA75

. Zeolites (<-- aluminosilicate and molecular sieve)

. Ion exchange resin

. Surfactants

. Alloy (i.e., addition to each component as well)

. Heteropolyacid

BA90

. Acceleration and control methods that are characterized by the absence of catalysts

BA91

BA92

BA93

BA94

BA95

. Other acceleration and control methods (<-- ultrasound)

. . Acid receptors (i.e., dehalogenized hydrogen agents and acid bonding agents)

. . Radical initiators

. . Polymerization inhibitors

. . Radiation (i.e., chemical rays, radial rays, and sensitizers)

BB00
REACTION MEDIA AND SOLVENTS FOR SEPARATION, PURIFICATION, AND COLLECTION

BB10

. Organic solvents

BB11

BB12

BB13

BB14

BB15

BB16

BB17

BB18

BB19

BB20

. . Hydrocarbon (e.g., naphtha, kerosine, petroleum, and ether --> BB48)

. . Halogenized hydrocarbon

. . Compounds that contain oxygen

. . . Alcohol

. . . Ether

. . . Ketone and aldehyde

. . . Carboxylic acid, carboxylic ester, and carbonic ester (<-- carboxylic acid anhydride)

. . Compounds that contain nitrogen (<-- nitro compound)

. . . Amine

. . . Carboxylic amide

BB21

BB22

BB23

BB24

BB25

BB26

BB30

. . . Nitryl

. . Compounds that contain sulfur

. . Heterocyclic compounds

. . . Compounds that contain only nitrogen as the different type of atoms

. . . Compounds that contain only oxygen as the different type of atoms

. . Compounds that contain phosphorus

. Inorganic solvents

BB31

BB40

. . Water

. Protic solvents

BB41

BB42

BB43

BB44

BB45

BB46

BB47

BB48

BB49

. Non-protic solvents (i.e., neutral and aprotic solvents)

. Polarity (<-- dipole solvents)

. Non-polarity (i.e. absence of polarity)

. Acidic solvents

. Basic solvents

. Solvents that do not mix with water (i.e., solvents that are not allowed to mix with water, and hydrophobic solvents)

. Solvents that mix with water (i.e., water solvents and water soluble solvents)

. Petroleum-based solvents

. Solvents that are specified by physical expressions (e.g., boiling point and conductivity)

BB60

. Media of the part of a gas phase

BB61

BB62

BB70

. . Inactive gases (i.e., N2, helium [He], and argon [Ar])

. . Steam

. Solvents that are characterized by the absence of solvents (<-- absence of organic solvents)

BB71

BB72

. . Solvents under non-water conditions

. Dissolution aids and emulsifiers

BC00
PARAMETERS FOR REACTION

BC10

. Temperature

BC11

BC12

BC13

BC14

BC15

BC16

BC17

BC18

BC19

. Pressure

. Phase (e.g. solid phase)

. . Gas phase

. . Liquid phase

. . . Characteristic liquid phase (<-- heterogeneous system and emulsion)

. pH (<-- numerical limits and ranges)

. . Acid

. Speed (flow rate, reflux ratio and space velocity)

. Time

BC30

. Component ratio (i.e., concentration of specific components)

BC31

BC32

BC33

BC34

BC35

BC36

BC37

BC38

BC40

. . Raw material to raw material

. . Catalyst to catalyst

. . Solvent to solvent

. . Raw material to catalyst

. . Raw material to solvent

. . Catalyst to solvent

. . Others (e.g., limitation of the ratio of three or more components and ratio limitation including reaction products)

. . Transformation of the combination of parameters into numerical formulas (<-- special parameters)

. Others (e.g., reaction ratio, invert ratio, and acid number and ester number)

BC50

. Parameters for separation, purification and stabilization

BC51

BC52

BC53

. . Temperature

. . Pressure

. . pH

BD00
REACTION ENGINEERING METHODS

BD10

. Adjustment and treatments for raw material components (i.e., preheating, cooling, dilution, preliminary purification and phase transition)

BD20

. Improvement of reaction methods by means other than those for improving devices (<-- removal of certain components, removal of heat of reaction, countercurrent reaction and batch type)

BD21

BD30

. . Improvement of incorporating methods (i.e., incorporation by splitting means and identification of the location of incorporation)

. Recycle for specific components and phases (i.e., use by circulation)

BD31

BD32

BD33

BD34

BD35

BD36

BD40

. . Target compounds

. . Base liquid for reaction (i.e., liquid that does not contain target compounds as the main component)

. . . Unreacted raw material components and intermediates for reaction

. . . Byproducts of reaction (i.e., reaction water)

. . . Solvents

. . . Catalysts

. . Distilled components (i.e., distilled liquid and bottom products)

BD41

BD42

BD43

BD50

. . Extracted components and components that are separated from phases (i.e., organic phases and water phases)

. . Filtered components (i.e., filtered liquid)

. . Condensed components

. Recycled zones

BD51

BD52

BD53

BD60

. . Zones that supply raw materials

. . Reaction zones

. . Zones for separation, collection and purification

. Treatments in multiple stages for a single reaction, purification, and separation

BD70

. Improvement pertaining to various types of multiple reactions (<-- Use of unpurified reaction mixture generated from preceding reaction and combination of processes)

BD80

. Improvement and use of devices (i.e., use of specific devices such as tubular reactor, tank reactor and tray-type reactor)

BD81

BD82

BD83

BD84

. . Improvement of the structure of reaction device

. . Improvement of the structure of separation and purification devices

. . Materials (i.e., methods for preventing corrosion of device)

. . Combination of devices (<-- flow sheet)

BE00
REACTION REAGENTS THAT ARE CLEARLY IDENTIFIED AS CATALYSTS (BA01 TO BA85)

BE01

BE02

BE03

BE04

BE05

BE06

BE10

. HX

. HNO3 (<--nitrous acid and hyponitrous acid)

. H2SO4 (<-- sulfurous acid, fuming sulfuric acid and Caro's acid)

. H3PO4 (<-- polyphosphoric acid, phosphorous acid and hypophosphorous acid)

. HXOn (<-- perchloric acid, periodic acid and hypochlorous acid)

. HCN

. MOH, M2O (NH4OH -->BE14)

BE11

BE12

BE13

BE14

BE15

BE20

. M' (OH) 2, M' O

. M2CO3

. M CO3

. NH3

. MH, M' H2

. H2

BE21

BE22

BE23

BE24

BE27

BE30

. M, M'

. MAIH4 and derivatives thereof

. MBH4 and derivatives thereof

. M'' (<-- Zn and Fe)

. NH2NH2

. O2

BE31

BE32

BE33

BE36

BE40

. O3

. H2O2

. MnO2, Cro3, MMnO4, M2Cr2O7 and MCrO4

. MXOn (<-- potassium hypochlorite and sodium periodate)

. CO

BE41

BE42

BE43

BE44

BE50

. CO2

. SO2

. SO3

. NOx

. PXn

BE51

BE52

BE53

BE54

BE55

BE56

BE57

BE60

. SOX2 and SO2X2

. COX2 (<-- phosgene)

. X2 (<-- Icl)

. POX3

. XSO3H

. BX3 (<-- BF3.Et20)

. SXn

. H2O

BE61

BE62

BE63

. MX and M' X2

. M"" Xn

. M2SO4, M' SO4

BE90

. Others

WA00
(12) WA11 TO 19 AND 21 TO 29 RELATE ONLY TO THE RELATION BETWEEN P GROUP ELEMENTS AND OTHER ELEMENTS DIRECTLY CONNECTED TO THEM AND THEREFORE DO NOT COVER REACTIONS IN WHICH ELEMENTS OTHER THAN THE ABOVE CHANGE.

WA01

WA02

WA10

. Formation of rings containing P Group elements

. Cleavage of rings containing P Group elements

. Bonds among P Group elements, that disappear due to a reaction

WA11

WA12

WA13

WA14

WA15

WA16

WA17

WA18

WA19

WA20

. . Unbonded electron pairs in single phosphorus or P-P bonds or P triple bond

. . Phosphorus-to-hydrogen bonds

. . Phosphorus-to-oxygen bonds

. . Phosphorus double-bonded to oxygen

. . Phosphorus-to-halogen bonds

. . Phosphorus-to-carbon bonds

. . Phosphorus-to-nitrogen bonds

. . Phosphorus-to-sulfur bonds

. . Bonds between phosphorus and elements other than P, H, O, X, C, N and S

. Among P Group element bonds in generated compounds, bonds generated due to reaction

WA21

WA22

WA23

WA24

WA25

WA26

WA27

WA28

WA29

. . Unbonded electron pairs in P-P bonds or P triple bond

. . Phosphorus-to-hydrogen bonds

. . Phosphorus-to-oxygen bonds

. . Phosphorus double-bonded to oxygen

. . Phosphorus-to-halogen bonds

. . Phosphorus-to-carbon bonds

. . Phosphorus-to-nitrogen bonds

. . Phosphorus-to-sulfur bonds

. . Bonds between phosphorus and elements other than P, H, O, X, C, N and S

WB00
STRUCTURE OF V GROUP COMPOUNDS

WB10

. Elements that directly bond with V Group elements

WB11

WB12

WB13

WB14

WB15

WB16

WB17

WB18

WB19

WB20

. . Elements that have bonds with V Group elements and carbon

. . Elements that have bonds with V Group elements and hydrogen

. . Elements that have bonds with V Group elements and oxygen

. . Elements that have bonds with V Group elements and nitrogen

. . Elements that have bonds with V Group elements and sulfur

. . Elements that have bonds with V Group elements and phosphorus

. . Elements that have bonds with V Group elements and halogen (X)

. . Elements that have bonds with V Group elements and elements other than C, H, O, N, S, P and X

. . Elements with unknown types of bonds

. Number of V Group elements contained per molecule

WB21

WB22

WB23

. . Elements that contain only a single atom of V Group elements per molecule

. . Elements that contain two atoms of V Group elements per molecule

. . Elements that contain three atoms of V Group elements per molecule

4H050	NAME OF THE THEME: CHEMICAL COMPOUNDS THAT CONTAIN GROUP 5 TO 8 ELEMENTS AND MANUFACTURE THEREOF
	C07F9/00 -19/00