F-Term-List

C09K19/00-19/58

BA00
KINDS OF LIQUID CRYSTALS

BA01

BA02

BA03

BA04

BA05

BA06

BA07

BA08

. Nematic liquid crystals

. . Cholesteric or chiral nematic liquid crystals

. Smectic liquid crystals

. . Smectic A liquid crystals

. . Smectic C liquid crystals

. . Chiral smectic C and ferroelectric liquid crystals

. . Antiferroelectric liquid crystals

. Discotic liquid crystals

BA11

BA12

BA13

BA14

BA15

BA16

. Polymer liquid crystals

. . Main chain type

. . Side chain type

. . Composite type

. Lyotropic liquid crystals

. Other liquid crystals

BB00
DISPLAY SYSTEMS OF LIQUID CRYSTALS

BB01

BB02

BB03

BB04

BB05

BB06

BB07

BB08

BB09

BB10

. Dynamic scattering

. Guest host

. TN

. STN

. Cholesteric-nematic phase transition

. Double refraction control

. Thermal writing

. Optical writing

. Surface stabilised ferroelectric liquid crystals

. Antiferroelectric liquid crystals

BB11

BB12

BB13

. Polymer dispersion liquid crystals or dispersed type liquid crystals

. Microencapsulated liquid crystals

. Other display systems

BC00
DRIVE METHODS OF LIQUID CRYSTALS

BC01

BC02

BC03

BC04

BC05

BC06

BC07

BC08

BC09

BC10

. Static drive

. Time division drive or dynamic drive

. . Simple matrix drive

. Active matrix drive

. . TFT or thin film transistor system

. . MIM system

. Beam address system

. . Thermal writing system

. . Optical writing system

. Other drive methods

BD00
PROPERTIES OF LIQUID CRYSTALS OR LIQUID CRYSTAL COMPOSITIONS

BD01

BD02

BD03

BD04

BD05

BD06

BD07

BD08

BD09

BD10

. Chemical stability or physical stability

. Operative temperature range

. Viscosity

. Voltage

. . Threshold voltage

. . Steepness

. Refractive index anisotropy

. Response speed

. Dielectric constant anisotropy

. . Positive dielectric constant anisotropy

BD11

BD12

BD13

BD14

BD15

BD16

BD17

BD18

BD19

BD20

. . Negative dielectric constant anisotropy

. Orientation property

. . Pretilt angle

. Chirality

. . Reverse domain

. . Helical pitch

. Ferroelectricity

. Tilt angle

. Spontaneous polarisation

. Contrast

BD21

BD22

BD23

BD24

. Visual characteristics

. Hysteresis

. Temperature dependency

. Other properties

BE00
METHODS OF SPECIFYING CLAIMS

BE01

BE02

BE03

BE04

BE05

BE06

BE07

. Specification by chemical properties

. Specification by physical properties

. Specification by electric properties

. Specification by incomplete structure

. Specification by compositions or combination of a plurality of compounds

. Specification by special applications

. Specification by other methods

CA00
RING STRUCTURES CONTAINING BENZENE RING ONLY

CA01

CA02

CA03

CA04

CA05

CA06

CA07

CA08

CA09

CA10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CB00
RING STRUCTURES CONTAINING TWO BENZENE RINGS ONLY

CB01

CB02

CB03

CB04

CB05

CB06

CB07

CB08

CB09

CB10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CC00
RING STRUCTURES CONTAINING TWO BENZENE RINGS ONLY; PH-COO-PH

CC01

CC02

CC03

CC04

CC05

CC06

CC07

CC08

CC09

CC10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CD00
RING STRUCTURES CONTAINING TWO BENZENE RINGS ONLY; PH-PH

CD01

CD02

CD03

CD04

CD05

CD06

CD07

CD08

CD09

CD10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CE00
RING STRUCTURES CONTAINING THREE BENZENE RINGS ONLY

CE01

CE02

CE03

CE04

CE05

CE06

CE07

CE08

CE09

CE10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CF00
RING STRUCTURES CONTAINING THREE BENZENE RINGS ONLY; PH-COO-PH-PH, PH-OOC-PH-PH

CF01

CF02

CF03

CF04

CF05

CF06

CF07

CF08

CF09

CF10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CG00
RING STRUCTURES CONTAINING THREE BENZENE RINGS ONLY; PH-PH-PH

CG01

CG02

CG03

CG04

CG05

CG06

CG07

CG08

CG09

CG10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CH00
RING STRUCTURES CONTAINING FOUR BENZENE RINGS ONLY

CH01

CH02

CH03

CH04

CH05

CH06

CH07

CH08

CH09

CH10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CJ00
RING STRUCTURES CONTAINING PH AND CYCLOHEXANE ONLY

CJ01

CJ02

CJ03

CJ04

CJ05

CJ06

CJ07

CJ08

CJ09

CJ10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CK00
RING STRUCTURES CONTAINING ONE PHENYL AND ONE CYCLOHEXANE ONLY

CK01

CK02

CK03

CK04

CK05

CK06

CK07

CK08

CK09

CK10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CL00
RING STRUCTURES CONTAINING ONE PHENYL AND ONE CYCLOHEXANE ONLY; CY-COO-PH, PH-COO-CY

CL01

CL02

CL03

CL04

CL05

CL06

CL07

CL08

CL09

CL10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CM00
RING STRUCTURES CONTAINING ONE PHENYL AND ONE CYCLOHEXANE ONLY; CY-PH

CM01

CM02

CM03

CM04

CM05

CM06

CM07

CM08

CM09

CM10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CN00
RING STRUCTURES CONTAINING TWO PHENYLS AND ONE CYCLOHEXANE ONLY

CN01

CN02

CN03

CN04

CN05

CN06

CN07

CN08

CN09

CN10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CP00
RING STRUCTURES CONTAINING TWO PHENYLS AND ONE CYCLOHEXANE ONLY; IMAGE 54)

CP01

CP02

CP03

CP04

CP05

CP06

CP07

CP08

CP09

CP10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CQ00
RING STRUCTURES CONTAINING TWO PHENYLS AND ONE CYCLOHEXANE ONLY; PH-PH-CY, PH-CY-PH

CQ01

CQ02

CQ03

CQ04

CQ05

CQ06

CQ07

CQ08

CQ09

CQ10

. All substituents being unsubstituted R or OR

. at least one of substituents being one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CR00
RING STRUCTURES CONTAINING ONE PHENYL AND TWO CYCLOHEXANE ONLY

CR01

CR02

CR03

CR04

CR05

CR06

CR07

CR08

CR09

CR10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CS00
RING STRUCTURES CONTAINING ONE PHENYL AND TWO CYCLOHEXANES ONLY; IMAGE 55)

CS01

CS02

CS03

CS04

CS05

CS06

CS07

CS08

CS09

CS10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CT00
RING STRUCTURES CONTAINING ONE PHENYL AND TWO CYCLOHEXANES ONLY; CY-CY-PH, CY-PH-CY

CT01

CT02

CT03

CT04

CT05

CT06

CT07

CT08

CT09

CT10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CU00
RING STRUCTURES CONTAINING TOTAL OF FOUR OF BENZENE RINGS AND CYCLOHEXANES

CU01

CU02

CU03

CU04

CU05

CU06

CU07

CU08

CU09

CU10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CV00
RING STRUCTURES CONTAINING CYCLOHEXANE ONLY

CV01

CV02

CV03

CV04

CV05

CV06

CV07

CV08

CV09

CV10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CW00
RING STRUCTURES CONTAINING TWO CYCLOHEXANES ONLY

CW01

CW02

CW03

CW04

CW05

CW06

CW07

CW08

CW09

CW10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

CX00
RING STRUCTURES CONTAINING THREE CYCLOHEXANES ONLY

CX01

CX02

CX03

CX04

CX05

CX06

CX07

CX08

CX09

CX10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DA00
RING STRUCTURES CONTAINING HETERO RING (1N)

DA01

DA02

DA03

DA04

DA05

DA06

DA07

DA08

DA09

DA10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DB00
RING STRUCTURES COMPOSED OF TWO RINGS INCLUDING HETERO RING (1N).

DB01

DB02

DB03

DB04

DB05

DB06

DB07

DB08

DB09

DB10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DC00
RING STRUCTURES COMPOSED OF THREE RINGS INCLUDING HETERO RING (1N)

DC01

DC02

DC03

DC04

DC05

DC06

DC07

DC08

DC09

DC10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DD00
RING STRUCTURES CONTAINING HETERO RING (2N)

DD01

DD02

DD03

DD04

DD05

DD06

DD07

DD08

DD09

DD10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DE00
RING STRUCTURES BEING COMPOSED OF TWO RINGS INCLUDING HETERO RING (2N)

DE01

DE02

DE03

DE04

DE05

DE06

DE07

DE08

DE09

DE10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DF00
RING STRUCTURES BEING COMPOSED OF THREE RINGS INCLUDING HETERO RING (2N)

DF01

DF02

DF03

DF04

DF05

DF06

DF07

DF08

DF09

DF10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DG00
RING STRUCTURES CONTAINING HETERO RING (3 OR 4N)

DG01

DG02

DG03

DG04

DG05

DG06

DG07

DG08

DG09

DG10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DH00
RING STRUCTURES CONTAINING HETERO RING (O)

DH01

DH02

DH03

DH04

DH05

DH06

DH07

DH08

DH09

DH10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DJ00
RING STRUCTURES CONTAINING OTHER HETERO RINGS

DJ01

DJ02

DJ03

DJ04

DJ05

DJ06

DJ07

DJ08

DJ09

DJ10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DK00
RING STRUCTURES CONTAINING NAPHTHALENE RINGS OR TETRALIN RINGS.

DK01

DK02

DK03

DK04

DK05

DK06

DK07

DK08

DK09

DK10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DL00
RING STRUCTURES CONTAINING CONDENSED RINGS HAVING RING HETERO ATOMS

DL01

DL02

DL03

DL04

DL05

DL06

DL07

DL08

DL09

DL10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DM00
RING STRUCTURES CONTAINING OTHER CONDENSED RINGS

DM01

DM02

DM03

DM04

DM05

DM06

DM07

DM08

DM09

DM10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O inked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DN00
RING STRUCTURES CONTAINING OPTICALLY-ACTIVE RINGS

DN01

DN02

DN03

DN04

DN05

DN06

DN07

DN08

DN09

DN10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DP00
RING STRUCTURES CONTAINING OTHER RINGS

DP01

DP02

DP03

DP04

DP05

DP06

DP07

DP08

DP09

DP10

. All substituents being unsubstituted R or OR

. at least one of substituents being others

. . at least one of substituents being substituted R or OR

. . at least one of substituents being CN NO2 or X

. . . CN NO2 and X not being side chain groups

. Optically-active substituents

. . C linked to asymmetric carbon

. . O linked to asymmetric carbon

. . Atoms other than C O and H linked to asymmetric carbon

. . Double chiral

DQ00
NOT HAVING RING STRUCTURES

DQ01

DQ02

. showing liquid crystal properties

. not showing liquid crystal properties

4H027	Liquid crystal substances
	C09K19/00 -19/60@Z