词汇表信息
URI
https://purls.helmholtz-metadaten.de/evoks/rdvc/
按类型资源计数
| 类型 | 计数 |
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按语言术语计数
| 语言 | 优选词，正式主题词 | 交替术语 | 隐藏术语 |
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Sidebar listing: list and traverse vocabulary contents by a criterion
Listing vocabulary concepts alphabetically
-
(
(
- (Digital) Material identifier
-
a
A
- Accuracy of the determination of the single crystal orientation
- As-manufactured material
- As-tested material
- Atmosphere
-
c
C
- Calibration certificate
- Calibration class
- Calibration date
- Calibration method
- Calibration standard
- Calibration validity time period
- Casting speed
- Casting temperature
- Chemical composition
- Chemical composition - measured (including precision)
- Chemical composition - nominal
- Chemical composition in gamma and gamma' regions (dendrite cores and ID regions)
- Completely dissolved and re-precipitated gamma-gamma' regions
- Condition
- Contacting extensometer
- Control via thermocouples on sample/via furnace
- Cooling speed
- Corrected measured temperature
- Creep rupture time
-
d
D
- Data acquisition
- Data acquisition - description
- Data acquisition software and version
- Data acquisition unit - Laboratory ID
- Data acquisition unit - Model information
- Data of test end
- Data processing procedures
- Date of supply
- Date of test start
- Dendrite spacings
- Description of primary data series processing (incl. averaging, smoothing)
- Description of the as-manufactured material (geometry and dimensions)
- Description of the as-tested material (geometry and dimensions)
- Description of the manufacturing process - as-manufactured material
- Description of upper/lower legs (LVDT systems)
- Deviation detected during calibration
- DOI Article
-
e
E
- Elapsed time from end of loading
- Elongation
- Elongation values
- End of test criterium
- End of test criterium - value
- Equipment ID
- Equipment ID - Extensometer
- Extension
- Extension range - Lower limit
- Extension range - Upper limit
- Extension values
- Extensometer gauge length
- Extensometer model information
- Extensometer system
-
f
F
- Final gauge length after fracture
- Force
- Furnace type
- Further information about sample(s)
-
g
G
- Gamma'-particles', average size
- Gamma'-particles', maximum size
- Grain size (if polycrystal)
- Grain size - Determination method, measuring point
- Grain size - documentation
-
h
H
- Heat treatment
- Heat treatment - State
- Heating speed
- Heating time
- History and condition of the material
-
i
I
- Images of the microstructure after testing
- Images of the microstructure before testing
- Information on phase equilibrium
- Initial stress
- Interruption course
-
l
L
- Laboratory conditions
- Layout
- Load control type
- Load sensor
- Loading rate
- Loading system
- Location of the test piece within the as-tested material
-
m
M
- Material related
- Max. applied force
- Measurement method
- Measurement one-sided or two-sided?
- Measurement: axial or diametrical action?
- Measuring amplifier
- Measuring and test equipment
- Measuring instrument
- Measuring point
- Metadata
- Microstructure
- Microstructure after test
- Min. applied force
- Min. test piece diameter at room temperature
- Mounting type
- Multistage ageing
- Multistage annealing
-
n
N
- Nominal gauge length (if applicable)
-
o
O
- Order number
- Original gauge length
-
p
P
- Parallel length
- Partitioning of alloy elements in microstructure (dendrite cores and ID regions)
- Percentage creep extension
- Percentage elastic extension
- Percentage elongation after creep fracture
- Percentage initial plastic extension
- Percentage initial total extension
- Percentage permanent elongation
- Percentage plastic extension
- Percentage plastic extension from end of loading
- Percentage reduction of area after creep fracture
- Percentage total extension
- Position of the fracture
- Positioning (Laue, precision)
- Preload (Part of the test force)
- Primary data
- Project
- Proof of single crystallinity
-
r
R
- Range of calibration
- Reference junction
- Reference length for calculation of percentage elongations
- Reference length for calculation of percentage extensions
- Related research outcome
-
s
S
- Secondary data
- Sensor type
- Sensor type - Contacting extensometer
- Sensor type - Non-contacting extensometer
- Short description of content article
- Single crystal orientation
- Single or polycrystal solidified
- Soak time before the test
- Specified temperature
- Supplier
- Supplier sample ID
-
t
T
- Temperature-measuring system
- Test duration
- Test force
- Test ID
- Test info
- Test job details
- Test machine
- Test machine ID
- Test order
- Test parameters
- Test piece
- Test piece history
- Test piece ID
- Test result
- Test standard
- Test type
- Type of as-manufactured material
- Type of investigation (characterization method)
- Type of loading
- Type of strain measuring device
- Type of test machine
- Type of test piece I
- Type of test piece II
- Type of test piece III
- Type of thermocouple
-
u
U
- Unloading rate
-
v
V
- Values recorded after end of test
- Values recorded at test start
- Values recorded during test run
-
w
W
- Wire gauge
- Workshop order ID/ref.