Published September 1997 | Version v1
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Water chemistry and behavior of materials in PWRs and BWRs

  • 1. VTT Manufacturing Technology, Espoo (Finland)

Description

Water chemistry plays a major role in corrosion and in activity transport in NPP's. Although a full understanding of all mechanisms involved in corrosion does not exist, controlling of the water chemistry has achieved good results in recent years. Water chemistry impacts upon the operational safety of LWR's in two main ways: integrity of pressure boundary materials and, activity transport and out-of-core radiation fields. This paper will describe application of water chemistry control in operating reactors to prevent corrosion. Some problems experienced in LWR's will be reviewed for the design of the nuclear heating reactors (NHR). (author). 18 refs, 10 figs, 5 tabs

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Part of:
Design approaches for heating reactors. Report of an advisory group meeting

Additional details

Publishing Information

Imprint Title
Design approaches for heating reactors. Report of an advisory group meeting
Imprint Pagination
278 p.
Journal Page Range
p. 205-222.
ISSN
1011-4289
Report number
IAEA-TECDOC--965

Conference

Title
Advisory group meeting on design approaches for heating reactors.
Dates
6-10 Jun 1994.
Place
Beijing (China).

Optional Information