Ryuji Fujiwara scite author profile

Synopsis A probe for accurate and rapid determination of Si contents in hot metal has been developed by thermal electromotive force (EMF) measurement. The sensor has a pair of electrodes for measuring thermal EMF, which are housed in a large steel chamber to cool hot metal sample. Measurements are completed in about 1 min after immersion of a few seconds. Laboratory study has been made on the applicability of the sensor to blast furnace hot metal. The adverse effects of hot metal temperature on measurement have been eliminated. It has been confirmed that there is little effect of C and Mn on measurement.

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Development of silicon sensor for hot metal using thermal electromotive force method

Ogura¹,

Matsuoka²,

Fujiwara³

1990

Solid State Ionics

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Evaluation of Rolling Contact Fatigue Strength for Traction Drive

Fujiwara

Itou

Narita

et al. 2021

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Ryuji Fujiwara

Activity determinator for the automatic measurements of the chemical potentials of FeO in metallurgical slags

Development of On-line Analysis of Manganese in Molten Steel by EMF (Electromotive Force) Method

A new sensor rapid analysis of silicon in hot metal electromotive force method.

Development of silicon sensor for hot metal using thermal electromotive force method

Evaluation of Rolling Contact Fatigue Strength for Traction Drive

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