ČSN EN ISO 8044 - Koroze kovů a slitin - Základní termíny a definice
| Stáhnout normu: | ČSN EN ISO 8044 (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: | 2016-03-01 |
| Zdroj: | https://www.iso.org/obp/ui/#iso:std:iso:8044:ed-4:v1:en |
| Třidící znak: | 038001 |
| Obor: | Ochrana proti korozi, všeobecně |
| ICS: |
|
| Stav: | Neplatná |
- 2.1 corrosion
- 2.2 corrosive agent
- 2.3 corrosive environment
- 2.4 corrosion system
- 2.5 corrosion effect
- 2.6 corrosion damage
- 2.7 corrosion failure
- 2.8 corrosion product
- 2.9 scale
- 2.10 rust
- 2.11 corrosion depth
- 2.12 corrosion rate
- 2.13 corrosion resistance
- 2.14 corrosivity
- 2.15 corrosion likelihood
- 2.16 serviceability
- 2.17 durability (with respect to corrosion)
- 2.18 service life (with respect to corrosion)
- 2.19 critical humidity
- 2.20 corrosion attack
- 2.21 pickling
- 2.22 pitting resistance equivalent number PREN
- 2.23 trap
- 2.24 time of wetness
- 2.25 threshold stress (for stress corrosion cracking)
- 2.26 threshold stress intensity factor for stress corrosion cracking KISCC
- 3 Types of corrosion
- 3.1 electrochemical corrosion
- 3.2 chemical corrosion
- 3.3 gaseous corrosion
- 3.4 atmospheric corrosion
- 3.5 marine corrosion
- 3.6 underground corrosion
- 3.7 microbial corrosion
- 3.8 bacterial corrosion
- 3.9 general corrosion
- 3.10 localized corrosion
- 3.11 uniform corrosion
- 3.12 galvanic corrosion
- 3.13 bimetallic corrosion,DEPRECATED: contact corrosion
- 3.14 impressed current corrosion
- 3.15 stray-current corrosion
- 3.16 pitting corrosion
- 3.17 crevice corrosion
- 3.18 deposit corrosion
- 3.19 water-line corrosion
- 3.20 selective corrosion
- 3.21 dezincification of brass
- 3.22 graphitic corrosion
- 3.23 intergranular corrosion
- 3.24 weld corrosion
- 3.25 knife-line corrosion
- 3.26 layer corrosion
- 3.27 erosion corrosion
- 3.28 cavitation corrosion
- 3.29 fretting corrosion
- 3.30 wear corrosion
- 3.31 corrosion fatigue
- 3.32 stress corrosion
- 3.33 stress corrosion cracking
- 3.34 hydrogen embrittlement
- 3.35 blistering
- 3.36 spalling
- 3.37 tarnishing
- 3.38 aqueous corrosion
- 3.39 microbiologically influenced corrosion MIC
- 3.40 dealloying
- 3.41 environmentally assisted cracking
- 3.42 hydrogen induced cracking HIC
- 3.43 hydrogen stress cracking HSC
- 3.44 irradiation assisted stress corrosion cracking
- 3.45 stepwise cracking SWC
- 3.46 sulfide stress corrosion cracking SSCC
- 3.47 stress oriented hydrogen induced cracking SOHIC
- 3.48 exfoliation corrosion
- 3.49 filiform corrosion
- 3.50 tribo-corrosion
- 3.51 impingement attack
- 3.52 high temperature corrosion
- 3.53 hot corrosion
- 3.54 sulfidation
- 3.55 metal dusting
- 3.56 rebar corrosion
- 4 Corrosion protection
- 4.1 corrosion protection
- 4.2 degree of protection
- 4.3 temporary protection
- 4.4 protective layer
- 4.5 protective coating
- 4.6 corrosion inhibitor
- 4.7 volatile corrosion inhibitor
- 4.8 de-aeration
- 4.9 protective atmosphere
- 4.10 critical potential, DEPRECATED: threshold potential
- 4.11 earth resistance
- 4.12 ground bed resistance
- 4.13 instant-off potential
- 4.14 on-potential
- 5 Corrosion testing
- 5.1 corrosion test
- 5.2 field corrosion test
- 5.3 service corrosion test
- 5.4 simulated corrosion test
- 5.5 accelerated corrosion test
- 5.6 cyclic atmospheric corrosion test
- 5.7 salt spray test
- 5.8 scab-test
- 5.9 slow strain rate test
- 6 Electrochemical terms
- 6.1 The electrochemical cell
- 6.1.1 electrolyte
- 6.1.2 electrode
- 6.1.3 cathode
- 6.1.4 anode
- 6.1.5 electrode reaction
- 6.1.6 cathodic reaction
- 6.1.7 reduction
- 6.1.8 reducing agent
- 6.1.9 anodic reaction
- 6.1.10 oxidation
- 6.1.11 oxidizing agent
- 6.1.12 galvanic cell
- 6.1.13 corrosion cell
- 6.1.14 concentration cell (with respect to corrosion)
- 6.1.15 differential aeration cell (with respect to corrosion)
- 6.1.16 bimetallic cell
- 6.1.17 active-passive cell
- 6.1.18 electrode potential
- 6.1.19 reference electrode
- 6.1.20 corrosion potential
- 6.1.21 free corrosion potential
- 6.1.22 galvanic series
- 6.1.23 pitting initiation potential
- 6.1.24 activation polarization
- 6.1.25 anodic polarization
- 6.1.26 cathodic polarization
- 6.1.27 concentration polarization
- 6.1.28 polarization
- 6.1.29 resistance polarization
- 6.1.30 overvoltage
- 6.1.31 anode potential
- 6.1.32 cathode potential
- 6.1.33 equilibrium potential
- 6.1.34 open-circuit potential
- 6.1.35 rest potential
- 6.1.36 reference potential
- 6.1.37 redox potential
- 6.1.38 standard electrode potential
- 6.1.39 stress corrosion cracking potential
- 6.1.40 auxiliary electrode, DEPRECATED: counter electrode
- 6.1.41 half cell
- 6.1.42 mixed electrode
- 6.1.43 Tafel slope
- 6.1.44 Luggin probe
- 6.1.45 electrochemical cell
- 6.1.46 working electrode
- 6.2 Reaction rates
- 6.2.1 anodic partial current
- 6.2.2 cathodic partial current
- 6.2.3 corrosion current
- 6.2.4 free corrosion current
- 6.2.5 net current (of an electrode)
- 6.2.6 current density
- 6.2.7 limiting current
- 6.2.8 current density/potential curve polarization curve
- 6.2.9 electrode polarization
- 6.2.10 polarization resistance
- 6.2.11 diffusion layer
- 6.2.12 cathodic control
- 6.2.13 anodic control
- 6.2.14 resistance control
- 6.2.15 diffusion control
- 6.2.16 mixed control
- 6.2.17 cell current
- 6.2.18 exchange current density
- 6.3 Passivation
- 6.3.1 passivation
- 6.3.2 passivator
- 6.3.3 passive state passivity
- 6.3.4 passivation potential
- 6.3.5 passivation current
- 6.3.6 passivation layer passive layer
- 6.3.7 depassivation
- 6.3.8 re-activation
- 6.3.9 depassivator
- 6.3.10 active state
- 6.3.11 re-activation potential
- 6.3.12 transpassive state
- 6.3.13 transpassivation potential
- 6.4 Electrochemical protection
- 6.4.1 electrochemical protection
- 6.4.2 anodic protection
- 6.4.3 cathodic protection
- 6.4.4 galvanic protection
- 6.4.5 impressed current protection
- 6.4.6 electrical drainage protection
- 6.4.7 protection potential range
- 6.4.8 protection potential
- 6.4.9 protection current density
- 6.4.10 galvanic anode, sacrificial anode
- 6.4.11 insoluble anode, DEPRECATED: dimensionally stable anode
- 6.5 Electrochemical corrosion tests
- 6.5.1 potentiostatic test
- 6.5.2 potentiodynamic test, DEPRECATED: potentiokinetic test
- 6.5.3 potentiostep test
- 6.5.4 potentiostaircase test, DEPRECATED: quasi-potentiostatic test
- 6.5.5 galvanostatic test, DEPRECATED: intensiostatic test
- 6.5.6 galvanodynamic test
- 6.5.7 galvanostep test
- 6.5.8 galvanostaircase test, DEPRECATED: quasi-galvanostatic test, DEPRECATED: quasi-intensiostatic test
- 6.5.9 electrochemical impedance spectroscopy EIS
‹
Nahlásit chybu
4.1 corrosion protection
modification of a corrosion system (2.4) so that corrosion damage (2.6) is reduced
4.1 ochrana proti korozi protikorozní ochrana
úprava korozního systému (2.4) vedoucí ke snížení korozního poškození (2.6)