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Перспективный облик высокотемпературной ядерной энергетической установки

Инженерный журнал: наука и инновации

# 9·2016 11

[10]

Yarygin V.I., Kuptsov G.A., Ionkin V.I., Ovcharenko M.K., Ruzhnikov V.A., Mi-

kheyev A.S., Yarygin D.V.

Termoemissionnyy elektrogeneriruyushchiy modul' dlya

aktivnoy zony yadernogo reaktora s vynesennoy termoemissionnoy sistemoy

preobrazovaniya teplovoy energii v elektricheskuyu (varianty)

[Thermionic power

generating module for a nuclear reactor core with the taken thermionic system con-

verting thermal energy into electrical (options)]. Patent 2187156 Russian

Federation. Published August 10, 2002, 3 p.

[11]

Bauchkin F.A. Proyektnyy oblik termoemissionnoy elektrogeneriruyushchey

sborki vynesennogo tipa s tugoplavkoy vysokotemperaturnoy teplovoy truboy

[Project shape of thermionic power generation assembly of external type with

refractory high-temperature heat pipe].

Energetika: effektivnost, nadezhnost, be-

zopasnost. Materialy trudov XIX Vserossiyskoy nauchno-tekhnicheskoy konferentsii

(Tomskiy politekhnicheskiy universitet, 4–6 dekabrya 2013 g.)

[Energy: efficiency,

reliability, safety. Proc. of the XIX All-Russia scientific and technical conf. (Tomsk

Polytechnic University, 4–6 December, 2013]

.

Tomsk, Skan Publ., 2013, pp. 137–141.

[12]

Dunn P.D., Reay D.A.

Heat Pipes

. Pergamon Press, Oxford, New York, Toron-

to, Sydney, Paris, Braunschweig, 1976.

[In Russ.: Dunn P.D., Reay D.A.

Teplovye truby. Moscow, Energia Publ., 1979, 272 p.].

[13]

Quataert D., Busse C., Geiger F. Long term behaviour of high temperature tung-

sten-rhenium heat pipes with lithium or silver as working fluid.

Proc. 1st Int.

Heat Pipe Conf.

, Paper 4-4. Stuttgart, 1973.

[14]

Ivanovsky M.N., Sorokin V.P., Chulkov B.A., Yagodkin I.V.

Tekhnologicheski-

ye osnovy teplovykh trub

[Technological bases of heat pipes]. Moscow, Atomiz-

dat, 1980, 160 p.

[15]

Goryunov Goryunov Yu.V., Pertsov N.V., Summ B.D.

Effekt Rebindera

[Re-

hbinder effect]. Moscow, Nauka, 1966.

[16]

Geiger F., Quataert D. Corrosion studies of tungsten heat pipes at temperatures

up to 2650 °C.

Proc. Second Intern. Heat Pipe Conf. Bologna, Italy

. 1976,

vol. 1, pp. 347.

[17]

Bauchkin F.A.

Raschetnoye sravneniye elektrogeneriruyushchikh sborok

vynesennogo tipa s vnutrennim i vneshnim raspolozheniyem topliva

[Estimated

comparison of electrogenerating assemblies of external type with internal and

external arrangement of fuel]

.

(To be published).

Bauchkin F.A.,

a postgraduate, Department of Plasma Power Plants, Bauman Moscow

State Technical University. e-mail:

fedorb2006@rambler.ru