1965Journal of Scientific InstrumentsOpen access

Series comparative measurements of thermal conductivity with thermistors

Robert G. Morris, W. G. Delinger

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Abstract

Thermistors (negative temperature coefficient resistances) matched in pairs by the Godin technique have been employed in a Wheatstone bridge circuit to measure thermal conductivity of silicon from 300 to 470°K by the series comparative method. Resulting values are lower than those obtained previously but the measurement uncertainties of the two methods overlap.

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Thermistors (negative temperature coefficient resistances) matched in pairs by the Godin technique have been employed in a Wheatstone bridge circuit to measure thermal conductivity of silicon from 300 to 470°K by the series comparative method. Resulting values are lower than those obtained previously but the measurement uncertainties of the two methods overlap.

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Available abstract

Thermistors (negative temperature coefficient resistances) matched in pairs by the Godin technique have been employed in a Wheatstone bridge circuit to measure thermal conductivity of silicon from 300 to 470°K by the series comparative method. Resulting values are lower than those obtained previously but the measurement uncertainties of the two methods overlap.

Key concepts: Wheatstone bridge, Thermistor, Series (stratigraphy), Measure (data warehouse), Materials science, Bridge circuit, Thermal conductivity, Conductivity

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