Thermohydraulic characteristics of the condenser in the natural-circulation loop of an MTR modular heavy-water reactor

Balunov, B. F.; Govyadko, D. G.; Zhivitskaya, T. S.; Kiselev, V. I.; Bergel'son, B. R.; Sidorov, V. S.

doi:10.1007/bf01121086

At Energy

1992

DOI: 10.1007/bf01121086

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Thermohydraulic characteristics of the condenser in the natural-circulation loop of an MTR modular heavy-water reactor

B. F. Balunov¹,

D. G. Govyadko²,

T. S. Zhivitskaya³

et al.

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1994

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Heat release during upward motion of a steam-water mixture along a cooled surface

Babykin¹,

Balunov²,

Zhivitskaya³

et al. 1994

At Energy

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536.423.4 Stationary heat transfer to a heat-absorbing surface during upward motion of a low-velocity steam-water flow (W 0 < 1.2 m/sec) or bubbling of steam is studied. This form of heat transfer is characteristic for water-cooled passive heat-removing systems with a long operating time and different emergency-use heat exchangers at nuclear power plants. In [1] it is shown that the intensity of this type of heat transfer is high: <~ = 8-15 kW/(m2-K). This is much higher than the value of

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Heat release during upward motion of a steam-water mixture along a cooled surface

Babykin¹,

Balunov²,

Zhivitskaya³

et al. 1994

At Energy

View full text Add to dashboard Cite

show abstract

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Thermohydraulic characteristics of the condenser in the natural-circulation loop of an MTR modular heavy-water reactor

Cited by 1 publication

References 2 publications

Heat release during upward motion of a steam-water mixture along a cooled surface

Heat release during upward motion of a steam-water mixture along a cooled surface

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