ГОСТ 33439-2015 Металлопродукция из черных металлов и сплавов на железоникелевой и никелевой основе. Термины и определения по термической обработке

acicular structure

2.2.47

ageing

2.1.34

air-hardening steel

2.2.45

alloy

2.2.22

alpha iron

2.2.1

aluminizing

2.1.5

annealing

2.1.25

austempering

2.1.15.2.1

austenite

2.2.6

austenitic steel

2.2.39

austenitizing

2.1.6

austenitizing temperature

2.1.6.1

auto-tempering

2.1.26.6

bainite

2.2.8

baking

2.1.25.15

banded structure

2.2.48

blank carburizing

2.1.40.3

blank nitriding

2.1.4.2

blueing

2.1.9

boost-Diffuse carburizing

2.1.40.4

boriding

2.1.7

bright annealing

2.1.25.11

burning

2.1.18.7

carbon activity

2.2.5

carbon mass transfer coefficient

2.2.18

carbon potential

2.2.33

carbon profile

2.2.12

carbon restoration

2.1.40.5

case depth

2.1.40.2

case hardening

2.1.40

cast iron

2.2.59

cementite

2.2.58

chromizing

2.1.39

constituant

2.2.49

continuous-cooling-transformation Diagram (CCT Diagram)

2.1.27.2

cooling

2.1.27

cooling conditions

2.1.27.11

cooling curve

2.1.27.3

cooling function

2.1.27.12

cooling rate

2.1.27.7

cooling schedule

2.1.27.6

cooling time

2.1.27.5

critical cooling rate

2.1.27.4

critical diameter

2.2.20

crystallinity

2.2.19

decarburizing

2.1.21

delta iron

2.2.3

depth of decarburization

2.1.21.1

depth of nitriding

2.1.4.1

depth of transformation

2.1.29

destabilization of retained austenite

2.1.26.2

diffusion treatment

2.1.14

diffusion zone

2.1.31

direct hardening treatment

2.1.15.9

direct quenching

2.1.15.9

distortion

2.2.17

double quench hardening treatment

2.1.15.1

effective case depth after carburizing

2.1.40.1

effective case depth after surface hardening

2.1.16.1

endothermic atmosphere

2.1.43

epsilon carbide

2.2.4

equalization

2.1.18.9

eutectoid transformation

2.2.31

exothermic atmosphere

2.1.42

ferrite

2.2.57

ferritic steel

2.2.38

floor to floor time

2.1.1.2

full annealing

2.1.25.9

gamma iron

2.2.2

grain

2.2.15

grain boundary

2.2.13

grain coarsening

2.1.25.6

grain growth

2.2.35

grain refining

2.1.22

grain size

2.2.9

graphitic steel

2.2.40

graphitizing

2.1.10

hardenability

2.2.32

heat treatment

2.1.1

heating

2.1.18

heating curve

2.1.18.5

heating function

2.1.18.13

heating rate

2.1.18.12

heating schedule

2.1.18.10

heating time

2.1.18.11

heating-up time

2.1.18.3

high-temperature thermomechanical treatment

2.1.3.1

homogenizing

2.1.25.2

hypereutectoid steel

2.2.42

hypoeutectoid steel

2.2.41

impulse hardening

2.1.15.3

impulse heating

2.1.18.1

incomplete quenching

2.1.15.5

induction hardening (Surface hardening treatment)

2.1.15.6

inter-critical annealing

2.1.25.4

inter-critical treatment

2.1.1.1

internal oxidation

2.2.27

interrupted quenching

2.1.15.7

interrupted quenching

2.1.15.8

isoforming

2.1.11

jominy test

2.1.29.1

ledeburite

2.2.23

ledeburitic steel

2.2.43

limiting ruling section

2.2.21

local hardening

2.1.15.4

low load hardness

2.2.51

low-temperature thermomechanical treatment

2.1.3.2

maraging

2.1.34.1

maraging steel

2.2.44

martempering

2.1.15.2

martensite

2.2.24

mass effect

2.2.10

maximum achievable hardness

2.1.15.13

McQuaid-Ehn grain size

2.2.28

medium

2.1.32

microhardness

2.2.26

nitriding

2.1.4

nitrocarbunzing

2.1.19

nitrogen profile

2.2.11

normalizing

2.1.20

normalizing forming

2.1.12

operation

2.1.1.3

overcarburizing

2.2.29

overheating and oversoaking

2.1.18.6

parent phase

2.2.56

patenting

2.1.28

pearlite

2.2.30

phase

2.2.55

precipitation hardening

2.2.14

precipitation hardening traitement

2.1.17

preheating

2.1.18.2

quench hardened layer

2.1.16

quench hardening treatment

2.1.15

quenching capacity

2.1.27.1

quenching temperature

2.1.15.14

recalescence

2.2.34

recovery

2.1.25.1

recrystallizing

2.1.25.10

retained austenite

2.2.7

secondary hardening

2.1.26.1

secondary martensit

2.2.25

self-quenching

2.1.15.10

sensitization

2.2.36

sherardizing

2.1.41

siliconizing

2.1.30

soaking

2.1.18.4

softening

2.1.25.12

solid solution

2.2.52

solution annealing

2.1.25.8

solution treatment

2.1.23

spheroidization

2.2.50

spheroidizing

2.1.25.7

stabilization of retained austenite

2.1.33.1

stabilizing

2.1.33

stabilizing annealing

2.1.25.13

steel

2.2.37

step quenching

2.1.15.12

stress relief tempering

2.1.26.4

stress relieving

2.1.25.5

sub-critical annealing

2.1.25.14

sub-zero treating

2.1.24

sulphidizing

2.1.35

temper embrittlement

2.1.26.5

tempering

2.1.26

tempering curve

2.1.26.3

thermal cycle

2.1.36

thermochemical treatment

2.1.2

thermomechanical treatment

2.1.3

through-hardening

2.1.15.11

time-temperature-transformation Diagram (TTT Diagram)

2.1.13

transformation range

2.2.16

transformation temperature

2.1.37

transformation temperature

2.2.53

transformation temperature

2.2.55

two stage nitriding

2.1.4.3

umwandeln in der Perlitstufe

2.1.25.3

vanadizing

2.1.8

Widmannstaetten structure

2.2.46