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Which TC deals with a given quantity?
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3D geometry
angle
cations
chloride
conductivity
DC and AC current and voltage
deformation
density
distance
electric power and energy
electrical active and passive quantities standards
fluid flow
force
form
gap
hardness
humidity
length
mass
moisture
organic and inorganic anions
pH
position
radio frequency, microwave and millimeter waves
salts
surface deviation
surface roughness
temperature
thermal conductivity
thermal expansion
thermal radiation properties
thickness
time and frequency
torque
turbidity
variance comparision
various quantities
wavelength detection
Which TC deals with a given unit?
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A (Ampere)
Hz (Hertz)
K (Kelvin)
K-derived units
kg
kg/m³
m
N (Newton)
N·m
Pa (Pascal)
pH
rad
s
V (Volt)
various technical hardness units
various units
W (Watt)
Which TC deals with a given measuring technique?
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advanced instrumentation of electrical quantities
air density
alternating force application
alternating torque application
anti-clockwise torque application
automated measurement systems
Brinell measuring method
clockwise torque application
comparison
compression force application
deflectometry
double substitution method
dynamic force measurements
dynamic torque measurements
focus detection
holography
humidity measurement
hydrostatic weighing
image processing
Instrumented indentation test
interferometry
IRHD (International Rubber Hardness Degree) measuring method
Knoop measuring method
Leeb measuring method
magnetic measurements
magnetic susceptibility test
measurement of thermal radiation properties
MEMS technique
modeling and testing of A/D and D/A converters
Mohs testing method
moiré deflectometry
multi-component techniques of force and moment
new concepts in mass metrology
new concepts in weighing technology
OCT (Optical Coherence Tomography)
optical techniques for mechanical sensors
piezo technique
re-definition of the kilogram
Rebound hardness measuring method
Rockwell measuring method
Shore measuring method
signal processing used in measurement
spectroscopy
strain gauge technique
structured illumination
temperature measurement
tension force application
thermal conductivity measurement
thermal expansion measurement
transit time techniques
triangulation
UCI (Ultrasonic Contact Impedance) measuring method
use of A/D and D/A converters
various techniques
Vickers measuring method
weighing design
Which TC deals with a given measuring instrument?
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afm sensors
auto focus sensors
ball-shaped indenter
Berkovich indenter
camera based sensors
chromatic sensors
confocal sensors
conoscopic sensors
corner cube indenter
current transducers
density standards
electronic ammeters and voltmeters
fiber optical sensors
force calibration machines
force standard machines
force transducers
fringe projection sensors
hardness testing machines
hydrometers
impedance meters
instruments for educational purposes
interferometric sensors (laser, white-light, speckle, OCT)
Knoop indenter
light section sensors
load cells
logic and network analyzers
mass standards
materials testing machines
photogrammetric sensors
platinum resistance thermometers
portable hardness testers
power and energy analyses
pyrometers
Rockwell diamond indenter
sensors for thermal property measurements
Shack Hartmann sensors
signal analyzers
software packages for educational purposes
spectrometer (Fluorescense, Raman, etc)
spectrum analyzers
thermocouples
torque calibration machines
torque standard machines
torque transducers
torque wrenches
triangulation sensors
various instruments
Vickers indenter
voltage tranducers
wave front sensors
weighing instruments
weights
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