Published 1996 | Version v1
Book

Experimental study of melt formation under interaction of zirconium alloys with structural steel of WWER and PWR type reactors

Description

Chemical interaction of Kh18n10t steel with Zr 1% Nb alloy in 970-1310 deg C temperature interval is studied. Effect of the character of the contact (plane samples under minor load and cylindrical ones), temperature and duration of testing on this process is considered. Direct comparison of chemical interaction parameters of domestic and foreign reactor materials (Kh18n10t/Zr 1% Nb) and SS316/Zry4, respectively) is conducted

Abstract (Russian)

Изучено химическое взаимодействие стали Х18Н10Т со сплавом Zr 1% Nb в температурном интервале 970-1310 град. С. Рассмотрено влияние характера контакта (плоские под небольшой нагрузкой и цилиндрические образцы), температуры и времени испытаний на этот процесс. Проведено прямое сравнение параметров химического взаимодействия материалов отечественных реакторов (Х18Н10Т/Zr 1% Nb) и зарубежных (SS316/Zry4)
Part of:
Collection of reports of the 4. Inter-industry conference on reactor materials. Volume 2. Structural materials for thermal reactors

Additional details

Additional titles

Original title (Russian)
Экспериментальные исследования образования расплава при взаимодействии сплавов циркония с конструкционной сталью реакторов типа ВВЭР и PWR

Publishing Information

Publisher
GNTs RF NIIAR
Imprint Place
Dimitrovgrad (Russian Federation)
ISBN
5-85165-169-5
Imprint Title
Collection of reports of the 4. Inter-industry conference on reactor materials. Volume 2. Structural materials for thermal reactors
Imprint Pagination
289 p.
Journal Page Range
p. 255-269

Conference

Title
4. Inter-industry conference on reactor materials
Original Conference Title
4. Mezhotraslevaya konferentsiya po reaktornomu materialovedeniyu
Dates
15-19 May 1995
Place
Dimitrovgrad (Russian Federation)

Optional Information

Notes
3 refs., 10 figs., 1 tab. Imprint:Sbornik dokladov 4. Mezhotraslevoj konferentsii po reaktornomu materialovedeniyu. Tom 2. Konstruktsionnye materialy dlya reaktorov na teplovykh nejtronakh