Testing for the Limit of Stable Passivity of Stainless Alloys

Cleland, J; Deplanque, R.; Edeleanu, C.

doi:10.1179/000705983798273796

Cited by 5 publications

(3 citation statements)

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“…A majority of the data addresses the effects of extremely severe chemical environments on the austenitic alloys. These environments include boiling magnesium chloride [18); nitric, sulfuric, and hydrochloric acids [6,[8][9][10][11]17,19,21,23,26); and high-temperature, high-pressure steam [28]. The relevance of these environments to repository conditions is considered limited; hence, some of the data found in these studies will not be discussed.…”

Section: Degradation Studiesmentioning

confidence: 99%

Survey of degradation modes of candidate materials for high-level radioactive-waste disposal containers

Gdowski¹,

Bullen

1988

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8.2.1 Caustic Alkalies 46 47 83.1 Salt Solutions 47 8.3.2 Freshwater 47 833 SaltWater 47 9. Archaeological Metallurgy 48 10. Ranking of the Copper-Based Candidate Alloys , 48 11. Acknowledgments 48 12. References 49 iii List of Volumes of the Survey This is Volume 2 of the report Survey of Degradation Modes of Candidate Materials for High-Level Radioactive-Waste Disposal Containers. The titles of all of the volumes are as follows:

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Section: Degradation Studiesmentioning

confidence: 99%

Survey of degradation modes of candidate materials for high-level radioactive-waste disposal containers

Gdowski¹,

Bullen

1988

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“…The first Bengough winning paper, by L. M. Callow, Tony Richardson and Dawson on polarisation resistance monitoring, 39 is a good example of the corrosion engineering approach to which BCJ aspired, and the journal was fortunate to have the benefit of Tony's advice as an Editorial Board member for over two decades from the early 1980s. So, whether you are interested in the early days of corrosion in the UK and elsewhere, curious about what Evans, 6,7 Stanners, 4,5 Edeleanu, 45,68,69 Parkins, [27][28][29] Campbell, 31,32,34 Brasher and Mercer, 8-13 Turnbull [21][22][23][24][25][26] and others were getting up to, or just want to consult one of the former Bengough award papers, the opportunity now lies before you. I commend our archives to you all.…”

mentioning

confidence: 99%

“…So, whether you are interested in the early days of corrosion in the UK and elsewhere, curious about what Evans,6,7 Stanners,4,5 Edeleanu,45,68,69 Parkins,27 – 29 Campbell,31,32,34 Brasher and Mercer,8 – 13 Turnbull21 – 26 and others were getting up to, or just want to consult one of the former Bengough award papers, the opportunity now lies before you. I commend our archives to you all.…”

mentioning

confidence: 99%

Launch ofBritish Corrosion Journalonline archive broadens access to classic papers

2012

Corrosion Engineering, Science and Technology

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I am pleased by the decision by Maney to digitise and make available online the full range of articles published in British Corrosion Journal. The placing of the journal online provides ready access to 163 issues published between 1965 and 2002. In recognition of this, I have been asked to write something about the journal and, perhaps more controversially, draw up a selection of papers for 'highly recommended' re-reading. Some of our 'more experienced' readers might just remember the inauguration of the British Corrosion Journal (BCJ), the precursor to Corrosion Engineering Science and Technology (CEST). BCJ was founded in 1965 to reflect the corrosion interests of a number of professional bodies which at that time collaborated via the British Joint Corrosion Group, including the Iron and Steel Institute, the Institute of Metals and the Society of Chemical Industry, and had the support of many other aligned societies, including the Association of Corrosion Engineers. The initial (and continuing) objectives of BCJ were to promote and disseminate the discipline of corrosion and corrosion prevention as an independent area of scientific and engineering expertise. The alternative outlet at that time, Corrosion Science, reflected a far more academic view.The promotional objective in particular continues to resonate today, as do other aspects of the journal's early coverage: a strong focus on corrosion engineering and technology as well as corrosion science; concern over the failure to apply the principles of corrosion engineering at an early stage of the design process; and the cost of corrosion to industry and society. The early issues still convey the enthusiasm of the new interdisciplinary activity, both in the technical papers and in the journal's news and features (a distinguishing feature of the journal that continues), and include classic papers that remain relevant to today's practitioners. The papers mentioned below are, for reasons of space and time, highly selective, and I strongly encourage readers to explore the archive in the light of their own personal interests.Until recently early papers were only available to loyal subscribers. Luckily the former UMIST (University of Manchester Institute of Science and Technology), through the corrosion research group of Professor Ken Ross, took BCJ from the first issue; consequently, as an academic based in Manchester, I have always been able to consult the early papers at will. They make interesting reading, sometimes quite breathtaking in their quality and depth, many still of some relevance today. At first BCJ was able to publish six issues per year, clearly providing an outlet for pent-up demand. After a few years perhaps the initial excitement abated and the publication rate settled down at four issues every year and it is only in the last few years that CEST has been able to return to six, and more recently seven, issues per year. The early papers house a treasure trove of research in now common fields of endeavour. I can cite three examples. My own field of i...

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Polarization curves of Fe-28% Cr-24% Co-1% Si permanent magnet alloy in sulphuric acid solution

Szymura

Bala

1986

Materials Chemistry and Physics

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Testing for the Limit of Stable Passivity of Stainless Alloys

Cited by 5 publications

References 0 publications

Survey of degradation modes of candidate materials for high-level radioactive-waste disposal containers

Survey of degradation modes of candidate materials for high-level radioactive-waste disposal containers

Launch ofBritish Corrosion Journalonline archive broadens access to classic papers

Polarization curves of Fe-28% Cr-24% Co-1% Si permanent magnet alloy in sulphuric acid solution

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