INDEX OF TERMS
C
[A] [B] [C] [D] [E] [F] [G] [H] [I] [J] [K] [L] [M]
[N] [O] [P] [Q] [R] [S] [T] [U] [V] [W] [X] [Y] [Z]
Terms are listed in alphabetical order, with reference to the number of the subchapter(s) where they can be found. Clicking on a term loads the appropriate section pdf file. If a term is not a separate entry, the entry at which it can be found is given in parentheses. Terms marked with an asterisk ( *) are not recommended.
Cadmium sulfide photoconductive detectors
10.3.2.5
- -helium laser 11.2
Calibrated leak 12.4.4
Calibration 7.3; 7.4
- function 18.4.3.2
- - estimated 18.4.3.7
- - known 18.4.3.7
- gas mixture 19.3.1
- - methods of preparation of
19.3.1
- plot 8.3.2.1
Calorimeter isoperibol-type (see Direct injection
enthalpimetry 5.4.2)
Calorimetric titration 5.4.2
Calorimetry batch injection* (see Direct injection
enthalpimetry 5.4.2)
- differential scanning 5.2.2
Camera 10.3.2.1.2;
10.3.2.1.2
CAMP (see Continuous air monitoring program
19.3.1)
Capability dataset 7.3
Capacitance 1.3.3
- gauge (see Pressure gauges
19.3.1)
- hygrometer (see Hygrometer
19.3.1)
Capacitive discharge 10.3.4.5.2
- microwave plasmas 10.3.1.4.7
Capacitively coupled plasma
10.3.1.4.5
Capacitor voltage 10.3.1.3
Capacity bed volume 9.2.5.4
- factor (see Retention factor
9.2.3.7
and 9.2.6.2)
- loading 9.4.3
- of load 7.3
- ratio (see Retention factor
9.2.3.7)
- specific, practical 9.2.5.4
- - theoretical 9.2.5.4
- ultimate 9.4.3
- volume 9.2.5.4
Capillary column* 9.2.3.2
- electrodes 10.3.4.1.2
- leak 12.4.4
- restrictor 9.2.7.3
- tube 10.3.1.5.6
Capping station 7.3
Capsule-in-flame 10.3.4.5.2
Capture 16.2
- cross-section 16.2
- gamma radiation 16.2
Carbide coating 10.3.4.5.2
Carbon activated 10.3.4.9.6
Carbonyl generation 10.3.4.6.1
Carrier 9.4.2;
16.2
- distillation arcs 10.3.4.1.5
- electrodes 10.3.4.1.1
- -free* 16.2
- gas 10.3.1.4.2; 10.3.1.5; 10.3.4.6.3
- - velocity (see Mobile-phase
velocity 9.2.3.6)
- hold-back 16.2
- isotopic 16.2
- protein 19.2.3
- spectrochemical 10.3.4.1.6
Cartesian coordinate robot 7.3
- coordinate system 7.3
Cast samples 10.3.4.9.2
Cast-pin samples 10.3.4.9.2
Catalysis 15.2
Catalyst 9.4.2, 15.2; 19.2.2
Catalytic activity 19.2.2
- activity concentration 19.2.2
- current 8.4
- method 15.2
- pyrolysis 5.3
- thermometric titration* (see Thermometric
titration 5.4.2)
Catalytimetric titration 15.2
Cathode 8.4
- dark space 10.3.1.5.1
- fall region 10.3.1.5.2
- fall voltage 10.3.1.2
- glow 10.3.1.5.2; 10.3.1.5.1
- layer arc 10.3.4.1
Cathodic sputtering
10.3.1.5; 10.3.1.5.3
- vaporization 10.3.4.1
Cation effect 10.3.4.3.4
- exchange 9.2.5.1
- - membrane (see Ion-exchange membrane
9.2.5.3)
- - resin (see Cation
exchanger 9.2.5.3)
- exchanger 9.2.5.3
- - acid form of 9.2.5.3
Cavity coaxial 10.3.1.4.7
- dumping 11.2
- tapered 10.3.1.4.8
CCD charge-coupled devices 10.3.2.6
Cell absorption 10.3.4.6.3
- closed 10.3.5.1.2
- cold-finger 10.3.5.1.2
- continuous-flow 10.3.5.1.2
- cooled 10.3.5.1.2
- electrolytic 8.2
- errors 10.3.5.2.10
- galvanic 8.2
- Golay 10.3.2.3.5
- Kerr 10.3.1.6.5
- low temperature 10.3.5.1.2
- matched 10.2.1.3.4; 10.3.5.1.2
- multiple-pass 10.3.5.1.2
- path length 10.3.5.1.2
- photoelectrochemical 11.2
- photogalvanic 11.2
- photovoltaic 11.2
- Pockels 10.3.1.6.5
- reference 10.3.5.1.2
Celsius temperature 1.3.8
Cementation 10.3.4.9.6
Centre active 19.2.2
Centre-to-centre spacing 10.3.2.6
Centrifugal acceleration 9.7
- force 9.7
- radius 9.7
- speed (see Rotational frequency 9.7)
Centrifugation 10.3.4.9.3
- speed (see Rotational
frequency 9.7)
- time of 9.7
Ceramic filter 19.3.1
- thimble (see Ceramic filter 19.3.1)
Cerebrospinal fluid 19.2.1
Certification of a reference material
18.8.3
- report 18.8.3
Certified reference material
(CRM) 18.8.1
- reference material producer
18.8.3
- value 18.8.2
- - uncertainty of 18.8.2
Certifying body 18.8.3
CFSS 17.2.1.4
Chain reaction 15.2
Chamber developing 9.2.2.2
- elution 9.2.2.2
- ionization 10.3.2.4.3
- sandwich 9.2.2.2
- saturation 9.2.2.2
- - type nebulizer
10.3.4.2.2
- for visualization 9.2.2.2
Channel* 7.3
Channel electron multiplier 10.3.2.3.6
- photomultiplier tube 10.3.2.3.6
Channelling 10.3.1.5.3
Char 5.3
Characteristic 18.3.2
- concentration 10.3.3.1.2
- loss spectroscopy
17.2.2.1 - mass 10.3.3.1.2; 10.3.4.5.4
- - for integrated absorption
10.3.4.5.4
- - for peak absorption 10.3.4.5.4
- potential 8.4
-
X-ray emission 10.3.4.8.2
Characterization 18.8.1
Charcoal 19.3.1
Charge
carriers 10.3.2.3.4
- density 1.3.3
- electric 8.4;
9.6
- elementary 9.6
- exchange 10.3.1.5.2
- - ionization 12.3.1
- - reaction 12.5.1
- inversion mass spectrum
12.3.3.2
- - reaction 12.5.1
- net electric 9.6
- number 9.6; 12.2
- pattern 10.3.2.6
- permutation reaction 12.5.1
- stripping reaction 12.5.1
- transfer 10.3.1.5.2
- - complex 11.2
- - device 10.3.2.6
- - efficiency 10.3.2.6
- - ionization 12.3.1
- - reaction 12.5.1
- - state 11.2
- - transition 11.2
Charging circuit 10.3.1.3.1
- current 8.4; 10.3.1.3.1
- resistor 10.3.1.3.1
- time constant 10.3.1.3.3
Charring 10.3.4.5.3
- temperature 10.3.4.5.3
- time 10.3.4.5.3
Chelatometric titration 6.2
Chemical
actinometers 10.3.6.2.3
- analysis system 7.3
- blank (see Blank 18.4.3.8)
- etching 10.3.4.9.2
- flames 10.3.1
- formulae 1.3.7
- ionization 12.3.1
- laser 11.2
- leaching 10.3.4.9.5
- measurement process 18.4.2
- modifiers 10.3.4.5.4
- potential 1.3.8
- - sensitive field effect
transistor 8.3.2.4
- sensor 7.4
- - other types of 7.4
- shift 1.3.5; 17.4
- symbols for the elements 1.3.7
- vapour generation 10.3.4.6.1
Chemically induced dynamic nuclear polarization
11.2
- initiated electron exchange luminescence 11.2
- modified electrode
8.3.1;
8.3.3
Chemiexcitation 11.2
Chemi-ionization 12.3.1
Chemiluminescence 11.2
- analysis 10.3.6.3.8
- analyzer 19.3.1
- electrogenerated 11.2
Chemistry, nuclear 16.2
Chemoreceptor 8.3.3
Chevron orientation 10.3.2.6
Chill-pin samples 10.3.4.9.2
Chips (as test samples) 10.3.4.9.2; 10.3.4.9.3
Christiansen filter 10.3.2.1.4
Chromatogram 9.2.1.1
- differential 9.2.3.3
- integral 9.2.3.3
Chromatograph (noun) 9.2.1.1
Chromatograph (verb) 9.2.1.1
Chromatographic bed (see Stationary phase 9.2.1.1)
Chromatography 9.2.1.1
- adsorption 9.2.1.5
- affinity 9.2.1.5
- column 9.2.1.3
- displacement 9.2.1.2
- elution 9.2.1.2
- exclusion 9.2.1.5
- frontal 9.2.1.2
- gas 9.2.1.4
- gel filtration (see Exclusion
chromatography 9.2.1.5)
- gel permeation (see Exclusion chromatography 9.2.1.5)
- ion-exchange 9.2.1.5
- ion-exclusion (see Exclusion chromatography 9.2.1.5)
- isothermal 9.2.1.6
- liquid 9.2.1.4
- multi-dimensional (see Two-dimensional
chromatography 9.2.1.6)
- normal-phase 9.2.1.6
- open-bed (see Planar chromatography
9.2.1.3)
- partition 9.2.1.5
- planar 9.2.1.3
- programmed flow 9.2.1.6
- - pressure 9.2.1.6
- - temperature 9.2.1.6
- pyrolysis-gas 9.2.1.6
- reaction 9.2.1.6
- reversed-phase 9.2.1.6
- size-exclusion (see Exclusion
chromatography 9.2.1.5)
- supercritical-fluid 9.2.1.4
- two-dimensional 9.2.1.6
Chromophore 11.2
Chronoamperometry 8.5.2
- double potential sweep 8.5.3
- with linear potential sweep 8.5.3
Chronocoulometric constant 8.4
Chronocoulometry 8.5.2
Chronopotentiometric constant 8.4
- titration 6.2
Chronopotentiometry 8.5.1
- alternating voltage 8.5.3
CID charge-injection devices 10.3.2.6
Circular cage structure 10.3.2.3.6
- development 9.2.2.2
- elution 9.2.2.2
- frequency 9.7
Circularly polarized 10.2.1.1.4
CISS 17.2.1.4
Clean-glove-box 10.3.4.9.1
Cleaning stage 10.3.4.5.3
- temperature 10.3.4.5.3
- time 10.3.4.5.3
Clean-room 10.3.4.9.1
Clean surface 17.4
Clean up 10.3.1.5.3
Closed cells 10.3.5.1.2
- oxygen combustion system
10.3.4.9.4
- -loop control 7.2
CLS 17.2.2.1
Cluster ion 12.3.2
CMP 18.4.2
CO2 laser 11.2
Coagulation 9.5
Coaxial cavity 10.3.1.4.7
- waveguide 10.3.1.4.7
Coenzyme 19.2.2
Coextraction 9.4.1
COH 19.3.1
Coherent 10.3.1
- radiation 10.3.1.6; 11.2
- sources 10.3.1
Coil pyrolyser 5.3
Coiled reactor/mixing coil (flow
analysis) 7.3
Co-ions 9.2.5.1
Cold finger 10.3.4.9.6
- -finger cells 10.3.5.1.2
- hollow cathode source
10.3.1.5.7
- trap 10.3.4.6.2; 10.3.4.9.6; 12.4.4
- vapour AAS 10.3.4.6.1
Collecting device 10.3.4.9.6
Collection 9.5
- efficiency 19.3.1
- system 10.3.4.6.2
- time 10.3.4.6.2
Collector 9.5; 10.3.4.6.2; 19.3.1
- fraction 9.2.2.1
Collimator entrance 10.3.2.1.3
- exit 10.3.2.1.3
- focal length 10.3.2.1.3
- resolution 10.3.2.2.3
Collision elastic
- frequency 12.4.4
- inelastic 10.3.1.1.3
- rate 12.4.4
Collisional activation 12.5.1
- binary 10.3.1.5.3
- broadening 10.2.1.1.3
- chains 10.3.1.5.3
- cross-sections 10.3.1.1.2
- de-excitation 10.3.1.1.3
- excitation 12.5.1
- -induced dissociation 12.5.1
- shift 10.2.1.1.3
Collisionally activated dissociation
12.5.1
Column 9.2.3.2
- capillary* 9.2.3.2
- chromatography 9.2.1.3
- cross-sectional area of 9.2.3.2
- diameter 9.2.3.2
- interparticle volume of 9.2.3.2; 9.2.6.1
- intraparticle volume of 9.2.6.1
- length 9.2.3.2
- open-tubular 9.2.3.2
- oven 9.2.2.1
- packed 9.2.3.2
- porous layer open-tubular 9.2.3.2
- radius 9.2.3.2
- support-coated open-tubular 9.2.3.2
- temperature (see Separation
temperature
9.2.3.5)
- total mobile-phase volume in
9.2.6.1
- volume 9.2.3.2
- wall-coated open-tubular 9.2.3.2
Combination electrode 8.3.2.1
Combined sample 18.3.4
Combustion gases 19.3.1
- zone secondary 10.3.4.2.2
Command 7.3
- pose 7.3
Comparator 16.2
Compensated region (in semiconducator
detectors) 10.3.2.5
Compensating junction 10.3.2.3.5
Competitive binding assay 16.2
- binding protein assay (see Radioligand
assay 19.2.3)
Complement 19.2.3
Complex activated 15.2
- charge-transfer 11.2
- composition 10.3.4.9.3
- reaction (see Composite
reaction 15.2)
Complexometric indicator visual 6.4.2
Complexometry 6.2
Compliance 7.3
- static 7.3
Component of sample 9.2.1.1
Composite reaction 15.2
- sample 10.3.4.9.1; (see Multistage sampling 18.3.4)
Composition, of mobile-phase 9.2.7.2
Compound ion-selective electrode
8.3.2.2
Compressibility 1.3.8
- correction factor 9.2.3.6
Compression factor 1.3.8
Compromise conditions 10.3.1.4.2
Computer interface 7.2
Concave grating mounting 10.3.2.1.9
Concentration 8.3.2.1; 10.3.3.1.1;
- amount 1.3.7
- bulk 8.4
- domain 18.4.3.7
- factor* 9.4.3
- ground level 19.3.1
- in experimental surface 17.4
- mass 1.3.7; 9.7
- number 9.7
- particle 19.3.1
- quenching 10.2.1.3.7
- -sensitive detector 9.2.4.1
- substance 9.7
- thermometric technique* (see Direct injection
enthalpimetry 5.4.2)
Concentric nebulizers 10.3.4.2.2
Concomitants, causing interferences
10.3.4.3.4
Concurrent processing 7.2
Condensed arc 10.3.4.1.4
Conditioning 9.4.1
Conductance 12.4.4
- optical 10.3.2.1.6
Conduction band 11.2
Conductivity 1.3.3
- cell constant 1.3.10
Conductometric titration 6.2; 8.5.4
Conductometry 8.5.4
- high-frequency 8.5.4
Confidence interval (See Confidence limits about
the mean 2.3)
- level 2.3
- limits about the estimated value of the
dependent variable 2.4
- - about the estimated value of the independent variable 2.4
- - about the intercept 2.4
- - about the mean 2.3
- - about the slope 2.4
Configuration 7.3;
- electronic
10.3.4.8.2; 11.2
- interaction 11.2
Confined atomizers 10.3.4.5.2
Confiner plate 10.3.1.3.6
Confirmation technique 7.3
Coning and quartering
10.3.4.9.3;
18.3.5
Conjugate 19.2.3
Consecutive reaction 15.2
Consensus value (of a given quantity)
18.8.2
Consignment 18.3.3
Constant chronocoulometric 8.4
- chronopotentiometric 8.4
- current sources 10.3.4.1.4
- deviation mounting
10.3.2.1.9
- final state spectroscopy
17.2.1.4
- for diffusion current 8.4
- initial state spectroscopy
17.2.1.4
- temperature arcs 10.3.4.1.5
- temperature atomization
10.3.4.5.3
- voltage sources 10.3.4.1.4
- voltammetric 8.4
Constricted glow discharge 10.3.1.5.4
Contact noise 10.3.2.3.4
- sensor 7.3
Contactor differential 9.4.4
- multistage continuous 9.4.4
Contaminant (see Micro-element 9.4.1)
- air 19.3.1
Continuity inversion 9.4.4
Continuous addition method 15.2
- air monitoring program 19.3.1
- -flow cell 10.3.5.1.2
- flow enthalpimetric analysis (see Continuous
flow enthalpimetry 5.4.2)
- flow enthalpimetry 5.4.2
- measurement mode (in enzymology)
19.2.2
- mode (furnace) pyrolyser 5.3
- multistage contactor 9.4.4
- operation 7.3
- path control 7.3
- radiation 10.2.1.1.2
- -strip photomultiplier
10.3.2.3.6
- wave operation (laser)
10.3.1.6.3
- X-ray radiation 10.3.4.8.2
Continuum (continuous radiation)
10.2.1.1.2
- source 10.3.2.1.6; 10.3.5.1.1
Control adaptive 7.3
- closed-loop 7.2
- digital 7.2
- end point 7.3
- feedback 7.3
- gap 10.3.1.3.2
- hierarchical 7.2
- material 18.6.1
- module of power and event 7.3
- path 7.3
- sensory 7.3
- spark gap 10.3.1.3.2
- statistical 18.6.1
- trajectory 7.3
Controlled ac arc 10.3.1.2.2
- atmosphere 10.3.1.2.7; 19.3.1
- - current potentiometric
titration 8.5.1
- -potentiometry 8.5.1
- duration spark 10.3.1.3.2
- flow nebulizers 10.3.4.2.2
- high voltage spark generator
10.3.1.3.3
- path robot 7.3
- potential coulometric titration* (see
Controlled potential coulometry 8.5.2)
- - coulometry 8.5.2
- - electrogravimetry 8.5.2
Controller 7.3
Convenience sample 18.3.4
Conventional reference scale 18.2.1
- true value (of a quantity) 18.2.1
Conversion factors for units 1.6
- internal 16.2
- spectrum 11.2
Cooled cells 10.3.5.1.2
Cooling stage 10.3.4.5.3
Coordinate system, base 7.3
- cartesian 7.3
- cylindrical 7.3
- polar 7.3
- rectangular 7.3
- relative 7.3
- spherical 7.3
Coordinated axis control 7.3
Coordinates of joint 7.3
Copper spark 10.3.4.2.1
- vapour laser 11.2
Coprecipitation 9.5
Cord blood 19.2.1
Core levels 10.3.4.8.2
Corrected decay times of fluorescence
10.3.6.3.5
- decay times of phosphorescence 10.3.6.3.5
- emission spectrum 10.3.6.3.2
- excitation spectrum 10.3.6.3.3; 11.2
- gas hold-up time 9.2.3.7
- gas hold-up volume 9.2.3.7
- luminescence emission polarization
spectrum 10.3.6.3.7
- quantum yield of luminescence 10.3.6.3.6
- retention time 9.2.3.7
- retention volume 9.2.3.7
- selectivity coefficient
9.2.5.5
Correction factor for mobile phase
compressibility 9.2.3.6
- of direct weighing 4.2
- plate 10.3.2.1.4
Correlation coefficient 2.4
- diagram 11.2
- distance 11.2
- energy 11.2
- function 11.2
Corrosion resistant robot 7.3
Cosmic radiation 10.3.1.5.2
Cosolvent 9.4.2
Coster-Kronig transitions 10.3.4.8.2
Coulometric titration 6.2; 8.5.1
- titration controlled potential*
(see Controlled
potential coulometry 8.5.2)
Coulometry, controlled potential 8.5.2
Count 16.2
Counter electrode 8.3; 8.4; 10.3.4.1
- radiation 16.2
Counter-ions 9.2.5.1
Counting absolute 16.2
- efficiency 16.2
- rate 16.2
Coupled simultaneous techniques
5.2.3
- supercritical fluid extraction-gas
chromatography 9.2.7.7
- supercritical fluid extraction-liquid chromatography
9.2.7.7
- supercritical fluid extraction-supercritical-fluid
chromatography
9.2.7.7
- supercritical-fluid
chromatography-Fourier-transform
infrared spectrometry 9.2.7.6
- supercritical-fluid chromatography-gas chromatography
9.2.7.6
- supercritical-fluid chromatography-mass spectrometry
9.2.7.6
Coupling constant (in NMR) 1.3.5
- efficiency 10.3.1.4.1
Coverage 8.3.3
Crash 7.2
Crater 10.3.1.6.7
- depth 10.3.1.6.7
- diameter 10.3.1.6.7
- shape 10.3.1.6.7
Crimp capping station 7.3
Critical inlet pressure 12.4.4
- level 18.4.3.7
- orifice flowmeter (see
Flowmeter 19.3.1)
- point 9.2.7.1
- pressure 9.2.7.1
- quenching radius 11.2
- temperature 9.2.7.1
- value 18.4.3.7
Critically damped discharge
10.3.1.3.2
CRM 18.8.1
Crookes [Hittorf] dark space
10.3.1.5.1
Cross reaction 16.2
- reactivity 19.2.3
- section for ionization
10.2.1.2.1
Crossed electric and magnetic fields
12.2
Cross-section (microscopic) 16.2
- absorption 11.2
- activation 16.2
- capture 16.2
- collisional 10.3.1.1.2
- effective thermal 16.2
- ionic 12.3.1
- macroscopic 16.2
- scattering 11.2
- Westcott 16.2
Cross-sectional area of the column
9.2.3.2
Crowding 9.4.4
Crud 9.4.4
Cryogenic sampling 19.3.1
Cryopump 12.4.4
Cryosorption pump 12.4.4
Crystal analyzer 10.3.2.2.1
- field splitting 11.2
Crystal lattice 10.3.1.5.3
Crystal-controlled oscillator
10.3.1.4.1
Crystalline electrode 8.3.2.2
Cup electrodes 10.3.4.1.1
Cupellation 10.3.4.9.6
Cups 10.3.4.5.2
Curie 16.2
Curie-point pyrolyser 5.3
Current (electric) 1.3.3; 8.4; 9.6
- adsorption 8.4
- alternating 8.4
- - amplitude of 8.4
- apex 8.4
- capacity 8.4
- catalytic 8.4
- charging 8.4; 10.3.1.3.1
-
density 1.3.3; 9.6;
10.3.1.2
- diffusion-controlled 8.4
- direct 8.4
- double-layer 8.4
- drain 8.3.2.4
- faradaic 8.4
- - demodulation 8.4
- - rectification 8.4
- instantaneous 8.4
- kinetic 8.4
- limiting 8.4
- - adsorption 8.4
- - catalytic 8.4
- - diffusion 8.4
- - kinetic 8.4
- - migration 8.4
- migration 8.4
- net faradaic 8.4
- non-additive 8.4
- peak 8.4
- periodic 8.4
- recharging 10.3.2.6
- regeneration 8.4
- residual 8.4
- square-wave 8.4
- summit 8.4
- -carrying plasma 10.3.1.2.1
Curve analytical 10.3.3.2.1
Curved slits 10.3.2.1.3
Cut-off filter 11.2
- wavelengths 10.3.2.1.4
CVAAS 10.3.4.6.1
Cw (continuous wave) 11.2
Cyanogen molecular bands 10.3.1.2.7
Cybernetics 7.3
Cycle 7.3
- duty 7.3
- time 7.3
Cyclic voltammetry 8.5.3
Cylindrical coordinate system 7.3
- robot 7.3
Czerny-Turner mounting
10.3.2.1.10