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ČSN EN ISO 12718 - Nedestruktivní zkoušení – Zkoušení vířivými proudy – Terminologie

Stáhnout normu:	ČSN EN ISO 12718 (Zobrazit podrobnosti) Zákazníci, kteří mají na svém počítači sjednanou od České agentury pro standardizaci (ČAS) službu ČSN on-line pro elektronický přístup do plných textů norem v pdf (verzi pro firmy nebo pro jednotlivce), mohou zde přímo otevírat citované ČSN.
Datum vydání/vložení:	2009-04-01
Zdroj:	https://www.iso.org/obp/ui/#iso:std:iso:12718:ed-1:v1:en
Třidící znak:	015005
Obor:	Všeobecné zkušební metody (pro víceúčelové použití)
ICS:	01.040.19 - Zkušebnictví (názvosloví) 19.100 - Nedestruktivní zkoušení
Stav:	Neplatná

2.1 background noise
2.2 balance
2.3 bandwidth
2.4 bucking signal
2.5 characteristic frequency
2.6 characteristic frequency ratio
2.7 coupling factor
2.8 demodulated signal
2.9 differentiated signal
2.10 eddy current distribution
2.11 eddy current testing
2.12 eddy currents
2.13 effective depth of penetration
2.14 effective permeability
2.15 electromagnetic coupling
2.16 electromagnetic testing
2.17 excitation current
2.18 excitation frequency
2.19 excitation
2.20 impedance plane diagram
2.21 in-phase demodulation
2.22 instrument noise
2.23 interference noise
2.24 law of similarity
2.25 loaded coil impedance
2.26 noise
2.27 normalized impedance plane diagram
2.28 normalized reactance
2.29 normalized resistance
2.30 phase angle of a signal
2.31 phase reference
2.32 pulsed eddy currents
2.33 quadrature demodulation
2.34 resultant magnetic field
2.35 signature
2.36 skin effect
2.37 standard depth of penetration
2.38 synchronous demodulation
2.39 unloaded impedance
3.1 absolute measurement
3.2 absolute signal
3.3 absolute value
3.4 comparative measurement
3.5 comparative measurement with external reference
3.6 comparative measurement with local reference
3.7 comparative signal
3.8 differential measurement
3.9 differential signal
3.10 differential value
3.11 double differential measurement
3.12 pseudodifferential measurement
4.1 absolute arrangement
4.2 absolute probe
4.3 additive magnetic flux probe
4.4 air cored probe
4.5 angular sensitivity
4.6 arrangement
4.7 array probe
4.8 coaxial probe
4.9 4.9.1 coil fill factor
4.9.2 coil fill factor
4.10 coil length
4.11 coil separation
4.12 coil spacing
4.13 coil turns
4.14 coil winding
4.15 combined transmit-receive probe
4.16 comparative arrangement
4.17 comparator probe
4.18 compensation coil
4.19 core
4.20 current driven excitation
4.21 differential arrangement
4.22 differential probe
4.23 double differential probe
4.24 effective coil diameter
4.25 electrical centre
4.26 encircling coil
4.27 excitation field
4.28 ferrite
4.29 ferromagnetic cored probe
4.30 focussing probe
4.31 flux gate sensor
4.32 giant magnetoresistive sensor
4.33 Hall effect sensor
4.34 inductive sensor
4.35 internal coaxial probe
4.36 internal sensor
4.37 magnetoresistive sensor
4.38 multielement probe
4.39 permanent magnet probe
4.40 primary coil
4.41 probe
4.42 probe array
4.43 4.43.1 probe fill factor
4.43.2 probe fill factor
4.44 probe position mark
4.45 pseudodifferential probe
4.46 reference probe
4.47 reflection assembly
4.48 rotating probe
4.49 screen
4.50 secondary coil
4.51 secondary field
4.52 segmental probe
4.53 separate transmit-receive probe
4.54 shielded probe
4.55 split coil probe
4.56 SQUID sensor
4.57 subtractive magnetic flux probe
4.58 surface probe
4.59 T-probe
4.60 transmission assembly
4.61 voltage-driven excitation
4.62 yoked coil
4.63 zone of influence of the probe
4.64 zone of interaction
5.1 absolute system
5.2 band pass filter
5.3 band stop filter
5.4 comparative system
5.5 complex plane display
5.6 component/time display
5.7 demagnetization unit
5.8 demodulator
5.9 differential filter
5.10 differential system
5.11 display area
5.12 eddy current instrument
5.13 eddy current testing system
5.14 excitation power amplifier
5.15 filter
5.16 gate
5.17 generator unit
5.18 high-pass filter
5.19 integrator
5.20 low-pass filter
5.21 measurement channel
5.22 measurement unit
5.23 multichannel instrument
5.24 multifrequency instrument
5.25 multiparameter instrument
5.26 path-synchronous display
5.27 phase shifter
5.28 probe pusher-puller unit
5.29 rotating head
5.30 saturation coil
5.31 saturation unit
5.32 signal amplifier
5.33 single channel instrument
5.34 single frequency instrument
5.35 single parameter instrument
5.36 time-synchronous display
5.37 window
6.1 approach technique
6.2 area of coverage
6.3 balanced bridge technique
6.4 drag effect
6.5 dynamic currents
6.6 dynamic measurement
6.7 edge effect
6.8 end effect
6.9 geometric effect
6.10 incremental permeability technique
6.11 input effect
6.12 length of coverage
6.13 lift off
6.14 material effect
6.15 multifrequency examination
6.16 multifrequency technique
6.17 multiparameter examination
6.18 multiparameter technique
6.19 multifrequency combination
6.20 operating point
6.21 output effect
6.22 phase setting
6.23 point of return technique
6.24 probe clearance
6.25 pulse technique
6.26 reflection technique
6.27 remote field technique
6.28 rotating field technique
6.29 scanning path
6.30 scanning plan
6.31 signal locus
6.32 single frequency examination
6.33 single frequency technique
6.34 single parameter examination
6.35 single parameter technique
6.36 sorting class
6.37 static measurement
6.38 surface speed
6.39 test parameters
6.40 testing configuration
6.41 throughput speed
6.42 tilt effect
6.43 transmission technique
6.44 width of coverage
6.45 wobble
7.1 amplitude analysis
7.2 analysis of signal dynamics
7.3 complex plane analysis
7.4 component analysis
7.5 dynamic analysis
7.6 elliptical display method
7.7 gating technique
7.8 group analysis
7.9 harmonic analysis
7.10 modulation analysis
7.11 phase analysis
7.12 regression analysis
7.13 sectorial analysis
7.14 static analysis

Terminologie normy

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4.36 internal sensor

probe inserted into the product to be tested

4.36 vnitřní snímač

snímač vkládaný do zkoušeného předmětu výrobku