DEVELOPMENT OF A NEW MULTIPLE SENSOR TYPE BOREHOLE THERMOMETER FOR THE ″ BURIED THERMISTOR PROBE METHOD. ″

SATORU HONDA; HIDEYUKI FUJISAWA; TARO UYEDA; YUKIO MATSUBARA; SEIYA UYEDA

DEVELOPMENT OF A NEW MULTIPLE SENSOR TYPE BOREHOLE THERMOMETER FOR THE ″ BURIED THERMISTOR PROBE METHOD. ″

SATORU HONDA^*, HIDEYUKI FUJISAWA, TARO UYEDA, YUKIO MATSUBARA, SEIYA UYEDA

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

3 Citations (Scopus)

Abstract

THIS PAPER DESCRIBES A NEW THERMOMETER SYSTEM FOR THE ″ BURIED THERMISTOR PROBE METHOD ″ AND REPORTS SEVERAL OBSERVATIONS CONDUCTED WITH IT. THE METHOD IS VERY FLEXIBLE AND USES ONLY ONE SIX-CONDUCTOR CABLE. THE NUMBER OF SENSORS CAN THEORETICALLY BE INFINITE. THE INTERVAL OF EACH SENSOR CAN BE EASILY VARIED AND SENSORS OTHER THAN THERMISTORS CAN ALSO BE USED.

Original language	English
Pages (from-to)	263-272
Number of pages	10
Journal	BULL EARTHQUAKE RES INST UNIV TOKYO
Volume	V 57
Issue number	PT 2
Publication status	Published - 1982
Externally published	Yes

ASJC Scopus subject areas

Engineering(all)

Cite this

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title = "DEVELOPMENT OF A NEW MULTIPLE SENSOR TYPE BOREHOLE THERMOMETER FOR THE ″ BURIED THERMISTOR PROBE METHOD. ″",

abstract = "THIS PAPER DESCRIBES A NEW THERMOMETER SYSTEM FOR THE ″ BURIED THERMISTOR PROBE METHOD ″ AND REPORTS SEVERAL OBSERVATIONS CONDUCTED WITH IT. THE METHOD IS VERY FLEXIBLE AND USES ONLY ONE SIX-CONDUCTOR CABLE. THE NUMBER OF SENSORS CAN THEORETICALLY BE INFINITE. THE INTERVAL OF EACH SENSOR CAN BE EASILY VARIED AND SENSORS OTHER THAN THERMISTORS CAN ALSO BE USED.",

author = "SATORU HONDA and HIDEYUKI FUJISAWA and TARO UYEDA and YUKIO MATSUBARA and SEIYA UYEDA",

year = "1982",

language = "English",

volume = "V 57",

pages = "263--272",

journal = "BULL EARTHQUAKE RES INST UNIV TOKYO",

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T1 - DEVELOPMENT OF A NEW MULTIPLE SENSOR TYPE BOREHOLE THERMOMETER FOR THE ″ BURIED THERMISTOR PROBE METHOD. ″

AU - HONDA, SATORU

AU - FUJISAWA, HIDEYUKI

AU - UYEDA, TARO

AU - MATSUBARA, YUKIO

AU - UYEDA, SEIYA

PY - 1982

Y1 - 1982

N2 - THIS PAPER DESCRIBES A NEW THERMOMETER SYSTEM FOR THE ″ BURIED THERMISTOR PROBE METHOD ″ AND REPORTS SEVERAL OBSERVATIONS CONDUCTED WITH IT. THE METHOD IS VERY FLEXIBLE AND USES ONLY ONE SIX-CONDUCTOR CABLE. THE NUMBER OF SENSORS CAN THEORETICALLY BE INFINITE. THE INTERVAL OF EACH SENSOR CAN BE EASILY VARIED AND SENSORS OTHER THAN THERMISTORS CAN ALSO BE USED.

AB - THIS PAPER DESCRIBES A NEW THERMOMETER SYSTEM FOR THE ″ BURIED THERMISTOR PROBE METHOD ″ AND REPORTS SEVERAL OBSERVATIONS CONDUCTED WITH IT. THE METHOD IS VERY FLEXIBLE AND USES ONLY ONE SIX-CONDUCTOR CABLE. THE NUMBER OF SENSORS CAN THEORETICALLY BE INFINITE. THE INTERVAL OF EACH SENSOR CAN BE EASILY VARIED AND SENSORS OTHER THAN THERMISTORS CAN ALSO BE USED.

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M3 - Article

AN - SCOPUS:0020297728

SN - 0040-8972

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SP - 263

EP - 272

JO - BULL EARTHQUAKE RES INST UNIV TOKYO

JF - BULL EARTHQUAKE RES INST UNIV TOKYO

IS - PT 2

ER -

DEVELOPMENT OF A NEW MULTIPLE SENSOR TYPE BOREHOLE THERMOMETER FOR THE ″ BURIED THERMISTOR PROBE METHOD. ″

Abstract

ASJC Scopus subject areas

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