F-Term-List

G01T1/00@A;1/00@D

AA00
USE OF OPTICAL FIBRE OR RADIATION CONTROL

AA01

AA02

AA03

AA06

AA07

AA08

AA09

. Use of optical fibres (1/00A)

. . Use of transmission loss

. . Use of light emission of fibres

. Radiation control (1/00D)

. . Control of incomings and outgoings, or exposure doses

. . Arrangements or control of gate parts

. . Alarms

G01T1/02@B;1/04;1/06

BB00
SPECIAL DOSIMETER, CHEMICAL DOSIMETER, OR GLASS DOSIMETER

BB01

BB02

BB03

BB04

BB05

BB07

BB08

BB09

. Special dosimeters (1/02B)

. . Use of exoelectron emission

. . Use of changes of conductivity

. . Detection of deformation

. . Use of semiconductors

. Chemical dosimeters (1/04)

. . Use of electron spin resonance (ESR)

. . Use of colour changes

BB11

BB12

BB13

BB14

BB15

BB19

. Glass dosimeters (1/06)

. . Use of fluorescent glass

. . Use of colour development

. . Reading instruments

. . Glass materials (scope of claims) *

. characterised by materials (scope of claims) *

G01T1/16-3/08;7/00-7/12

EE00
TARGET FIELD OR TARGET INSTRUMENT

EE01

EE02

EE03

EE04

EE06

EE07

EE08

EE09

EE10

. Nuclear medicine

. . Computed tomography (CT) or tomographic imaging *

. . Two-dimensional scanners

. . Endoscopes

. Contamination measurement

. . measuring samples to be carried

. . Environmental radiation

. . . Area monitors

. . . . fixed

EE11

EE12

EE13

EE14

EE15

EE16

EE17

EE18

EE19

. . . . portable or mobile

. . Gas monitors, including dust

. . Liquid monitors

. . . Prevention of deposition or removal of influences thereof

. . Intracorporal contamination

. . . Whole body counters

. . Surface contamination

. . . Smear methods

. . . Surface contamination of human bodies

EE21

EE22

EE23

EE25

EE26

EE27

EE29

EE30

. Nuclear power plants

. . inside reactors

. . Nuclear fuel materials

. Radionuclides, or quantitative determination or identification thereof *

. . Tritium

. Radiography

. Measurement related to use of radiation

. Others *

FF00
MEASURED QUANTITY

FF01

FF02

FF03

FF04

FF05

FF06

FF07

FF08

FF09

FF10

. Kinds of radiation

. . X-rays

. . . Characteristic x-rays

. . Gamma-rays

. . Beta-rays

. . Alpha-rays

. . Positive electrons, i.e. positrons

. . Neutral particles

. . . Neutrons

. . detecting secondary electrons

FF11

FF12

FF13

FF14

FF15

FF17

FF18

FF19

FF20

. Radiation beams

. . Beam diameters or beam shapes

. . Beam current or intensity

. . Beam distribution or positions

. Spectral distribution

. Spatial dose distribution

. . Positions, distances, directions, contribution rates, or the like of radiation source

. Exposure doses

. Others *

GG00
MEASURING MEANS

GG01

GG02

GG03

GG04

GG05

GG06

GG07

GG09

GG10

. Counter tubes, including ionisation chambers

. . Gas flow types

. . Position sensitive types

. . . Cylindrical shapes, e.g. multiple wires

. . for measuring neutrons

. . . Nuclear fission ionisation chambers

. . . Gamma-ray compensated ionisation chambers

. Scintillation detectors

. . Scintillator materials (scope of claims) *

GG11

GG12

GG13

GG14

GG15

GG16

GG17

GG18

GG19

GG20

. . . Plastics

. . . Liquids

. . Light shielding plates

. . Light guides

. . . Optical fibres

. . characterised by optical effects, e.g. reflection or refraction

. . Scintillation light detection

. . . Photo-multipliers (PMTs)

. . . Semiconductor photosensors

. . . Arrangements of photoelectric conversion means

GG21

GG22

GG23

GG25

GG26

GG27

GG28

GG30

. Semiconductor detectors

. . Superconductivity, e.g. Josephson junction or tunnel junction *

. . Cooling, e.g. cryostats

. Special means *

. . Self-powered detectors (SPD)

. . Faraday cages or Faraday cups

. . Microchannel plates

. Others *

HH00
INTAKE OR SEPARATION OF SAMPLE TO BE MEASURED

HH01

HH02

HH03

HH04

HH06

HH07

HH08

HH09

HH10

. Separation of samples

. . Separation of target gases

. . . using filter paper or filters

. . Separation of gases and liquids

. Adjustment of samples, e.g. evaporation or concentration *

. conveying samples, excluding HH09

. Intake containers for measuring samples in containers

. . samples flowing, e.g. inside piping

. Others *

JJ00
SHAPE, DETAILED STRUCTURE, OR THE LIKE OF MEASURING INSTRUMENT

JJ01

JJ02

JJ03

JJ04

JJ05

JJ06

JJ07

JJ08

JJ09

JJ10

. Shapes or arrangements of measuring instruments

. . Ring-shaped arrangements of detectors

. . Non-ring-shaped arrangements

. . . One-dimensional arrays

. . . Two-dimensional arrays

. . Scintillation cameras, i.e. gamma cameras

. . . arranged cylindrically

. Windows or filters of detectors

. Containers or detailed structures of detectors

. . Air tightness or sealing

JJ11

JJ12

JJ13

JJ14

JJ15

JJ16

JJ17

JJ18

. Mechanical collimators

. . Shapes or arrangements

. . . Multiple parallel holes

. . . Rings

. . . Parallel flat plates

. . . Pinholes

. . Replacement

. . Materials (scope of claims) *

JJ21

JJ22

JJ23

JJ24

JJ25

JJ27

JJ29

JJ30

. Support or scanning mechanisms

. . Scanning methods

. . Support mechanisms

. . Positioning of cameras or the like

. . Sample racks including beds

. Members for calibration, e.g. phantoms

. Radiation shielding

. Radiation attenuation bodies

JJ31

JJ32

JJ33

JJ35

JJ36

JJ37

JJ40

. Electrodes

. . Flat-plate electrodes

. Electrical connections or wiring

. Protection or safety instruments

. Improvement of maintainability

. Manufacturing, mounting, or assembling

. Others *

KK00
DETECTION CIRCUIT OR PROCESSING OF SIGNAL

KK01

KK02

KK03

KK05

KK06

KK07

KK09

. Discrimination or selection of wave height

. Waveform discrimination

. Waveform shaping

. characterised by amplification circuits or conversion circuits

. Integration or addition

. Differentiation or differentials

. Electrical collimators

KK11

KK12

KK13

KK15

KK16

KK18

KK20

. Counting processing

. . Processing during dead time

. . Counting rates

. Coincidence circuits

. Pileup

. Range switching

. Signal processing for transmission and reception

KK21

KK22

KK24

KK27

KK28

KK29

. Weighting of signals

. . Weighting of photo-multiplier (PMT) output

. Evaluation, judgement, or prediction circuits

. Processing of multiple signals

. . Multiple radiations, e.g. beta-rays or gamma-rays

. . Comparison or operations of signals of multiple detectors

KK31

KK32

KK33

KK34

KK35

KK37

KK39

KK40

. Distribution or image processing

. . two-dimensional

. . three-dimensional

. . Scintigrams

. . Positional detection or position operations

. Use of biological signals, e.g. cardiograms

. Power consumption saving

. Others *

LL00
CORRECTION, COMPENSATION, OR CALIBRATION

LL01

LL02

LL03

LL05

LL06

LL08

LL09

LL10

. Counting loss correction

. Background correction

. . using two chambers

. Energy correction

. Correction of radiations due to other objects to be measured

. Absorption correction

. Scattering rate correction

. Correction for organ movement

LL11

LL12

LL13

LL15

LL16

LL17

LL18

. Noise elimination

. Image distortion

. Positional correction

. Sensitivity

. Linearity

. Zero points

. Dynamic characteristics

LL21

LL22

LL23

LL24

LL26

LL27

LL28

LL30

. Temperature

. Atmospheric pressure

. Vibrations

. Magnetism

. Calibration or testing

. . Self-calibration or automatic calibration

. . using radiation sources, light sources, or the like of references

. Others *

MM00
DISPLAY, ALARM, OR RECORDING

MM01

MM02

MM03

MM04

MM05

MM06

MM07

MM08

MM09

MM10

. Positions of radiation sources

. Spatial dose rates

. Counting rates

. by colours or shading

. using letters, numbers, or characters

. Comparative displays or multiple displays

. Enlarged displays

. performing displays, recording, or the like at regular time intervals

. Alarms

. Others *

2G088	MEASUREMENT OF RADIATION
	G01T1/00 -7/12