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Solution-processed negative gauge factor PtSe<sub>2</sub> strain sensors.
NanoscaleIlhan C +8 more
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Piezoresistivity of magnetorheological elastomers
Journal of Physics: Condensed Matter, 2008Magnetorheological elastomers are smart materials made by aligning magnetic microparticles inside a liquid polymer before the curing process has started. Once cured, the composite presents new properties such as a large change of elasticity when applying a magnetic field.
N, Kchit, G, Bossis
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2004
Piezoresistivity, the change in electrical resistivity with mechanical stress, is commonly used to monitor static or slowly varying stresses and strains.
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Piezoresistivity, the change in electrical resistivity with mechanical stress, is commonly used to monitor static or slowly varying stresses and strains.
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Journal of Applied Physics, 1964
The change in resistance of a class of alloys called Manganin has been measured as a function of peak shock-wave pressure up to 190 kbar. The pressures are obtained from explosively generated plane shock waves in a material of known Hugoniot equation of state. The Hugoniot of Manganin, which has been measured up to 359 kbar, is used with the resistance
David Bernstein, Douglas D. Keough
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The change in resistance of a class of alloys called Manganin has been measured as a function of peak shock-wave pressure up to 190 kbar. The pressures are obtained from explosively generated plane shock waves in a material of known Hugoniot equation of state. The Hugoniot of Manganin, which has been measured up to 359 kbar, is used with the resistance
David Bernstein, Douglas D. Keough
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Piezoresistive Pressure Sensors
2020Information about pressure and its measurement by means of pressure sensors is interesting in many different application areas. Contemporary applications, as for example the automotive industry, aerospace and medical technology, require ever smaller, adaptable and highly accurate pressure sensors.
Stephanus Büttgenbach +3 more
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