Bridgman anvil cell

E665987

The Bridgman anvil cell is a high-pressure device that uses opposed anvils to compress small samples to extreme pressures for experimental research in physics and materials science.

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Statements (44)

Predicate Object
instanceOf experimental apparatus
high-pressure device
pressure cell
appliesPrinciple opposed-anvil compression
quasi-hydrostatic pressure generation
comparedWith diamond anvil cell NERFINISHED
developedBy Percy Williams Bridgman NERFINISHED
enables study of materials at extreme conditions
fieldOfUse geophysics
high-pressure physics
materials science
solid-state physics
hasPart gasket
opposed anvils
pressure transmitting medium
sample chamber
measurementType static pressure
namedAfter Percy Williams Bridgman NERFINISHED
notableFor pioneering static high-pressure generation
operatedBy hydraulic press
mechanical press
precedes diamond anvil cell
pressureRange high pressure
pressureTransmission liquid medium
powder medium
solid medium
relatedTo multi-anvil press
piston-cylinder apparatus
typicalSampleSize small
usedFor compressing small samples
equation-of-state measurements
experimental research in materials science
experimental research in physics
generating high static pressures
high-pressure electrical transport measurements
high-pressure magnetic measurements
high-pressure optical measurements
high-pressure phase transition studies
studying material properties under high pressure
usedIn high-pressure synthesis
laboratory experiments
studies of compressibility
studies of metallization under pressure
studies of phase diagrams

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Bridgman seal relatedConcept Bridgman anvil cell