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M S Bocharnikov

Biographic Data

ID92187
NAMEM S Bocharnikov
GIVEN NAMESM S
FAMILY NAMEBocharnikov
SIGNATUREBOCHARNIKOV M S
VERIFIEDNo
TOTAL WORKS1
TOTAL CITATIONS1
AUTHOR COUNT1
EDITOR COUNT0
FIRST PUBLICATION YEAR2017
LATEST PUBLICATION YEAR2017
H-INDEX1
  • Possibilities of Human’s Long Stay in Argon Containing Gaseous Environment Reducing Fire Risk in Hermetically Sealed Facilities

    Open Access•A O Ivanov, V A Petrov et al.•ARTICLE•Ekologiya Cheloveka (Human Ecology•2017•Cited by: 1

    The aim of the study is feasibility for permissibility of human's long and constant stay as well as tasks performance in hermetically sealed facility with artificial normobaric argon containing hypoxic gaseous environment (ArHGE), reducing the fire and ignition risk. Methods. The study was conducted with participation of 6 test men aged 20 to 51 year, classified as fit for sailing in submarines. The duration of sealed period was 60 days, during w…

  • Possibilities of Human’s Long Stay in Argon Containing Gaseous Environment Reducing Fire Risk in Hermetically Sealed Facilities

    Open Access•A O Ivanov, V A Petrov et al.•ARTICLE•Ekologiya Cheloveka (Human Ecology•2017•Cited by: 1

    The aim of the study is feasibility for permissibility of human's long and constant stay as well as tasks performance in hermetically sealed facility with artificial normobaric argon containing hypoxic gaseous environment (ArHGE), reducing the fire and ignition risk. Methods. The study was conducted with participation of 6 test men aged 20 to 51 year, classified as fit for sailing in submarines. The duration of sealed period was 60 days, during w…

  • Possibilities of Human’s Long Stay in Argon Containing Gaseous Environment Reducing Fire Risk in Hermetically Sealed Facilities

    Open Access•A O Ivanov, V A Petrov et al.•ARTICLE•Ekologiya Cheloveka (Human Ecology•2017•Cited by: 1

    The aim of the study is feasibility for permissibility of human's long and constant stay as well as tasks performance in hermetically sealed facility with artificial normobaric argon containing hypoxic gaseous environment (ArHGE), reducing the fire and ignition risk. Methods. The study was conducted with participation of 6 test men aged 20 to 51 year, classified as fit for sailing in submarines. The duration of sealed period was 60 days, during w…

Argon (1 works) · Chemistry (1 works) · Distress (1 works) · Environmental Science (1 works) · Medicine (1 works) · Spaceflight effects on biology (1 works)

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