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The surface treatment lab team. From left to right : J Carosone, M Malabaila, JP Malivert (front row), M Thiebert and A Lasserre (back row)

The surface treatment lab covers common metals with rarer ones through a process called electroplating. When electroplating is done, the piece of equipment made out of a common metal (like steel) is submerged in a solution which has the desired rare metal (like gold) dissolved in it. An electric cur...

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Detalles Bibliográficos
Lenguaje:ENG
Publicado: 2001
Materias:
Acceso en línea:http://cds.cern.ch/record/42534
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collection CERN
description The surface treatment lab covers common metals with rarer ones through a process called electroplating. When electroplating is done, the piece of equipment made out of a common metal (like steel) is submerged in a solution which has the desired rare metal (like gold) dissolved in it. An electric current is then run through the solution to the common metal. The tiny rare metal particles follow the current and stick to the common metal when they reach it. It is then that the plating occcurs. All in all, a relatively simple process, but it can be potentially hazardous.
id cern-42534
institution Organización Europea para la Investigación Nuclear
language ENG
publishDate 2001
record_format invenio
spelling cern-425342019-09-30T06:29:59Zhttp://cds.cern.ch/record/42534ENGThe surface treatment lab team. From left to right : J Carosone, M Malabaila, JP Malivert (front row), M Thiebert and A Lasserre (back row)Industry and TechnologyThe surface treatment lab covers common metals with rarer ones through a process called electroplating. When electroplating is done, the piece of equipment made out of a common metal (like steel) is submerged in a solution which has the desired rare metal (like gold) dissolved in it. An electric current is then run through the solution to the common metal. The tiny rare metal particles follow the current and stick to the common metal when they reach it. It is then that the plating occcurs. All in all, a relatively simple process, but it can be potentially hazardous.BUL-PHO-2001-018oai:cds.cern.ch:425342001-10-26
spellingShingle Industry and Technology
The surface treatment lab team. From left to right : J Carosone, M Malabaila, JP Malivert (front row), M Thiebert and A Lasserre (back row)
title The surface treatment lab team. From left to right : J Carosone, M Malabaila, JP Malivert (front row), M Thiebert and A Lasserre (back row)
title_full The surface treatment lab team. From left to right : J Carosone, M Malabaila, JP Malivert (front row), M Thiebert and A Lasserre (back row)
title_fullStr The surface treatment lab team. From left to right : J Carosone, M Malabaila, JP Malivert (front row), M Thiebert and A Lasserre (back row)
title_full_unstemmed The surface treatment lab team. From left to right : J Carosone, M Malabaila, JP Malivert (front row), M Thiebert and A Lasserre (back row)
title_short The surface treatment lab team. From left to right : J Carosone, M Malabaila, JP Malivert (front row), M Thiebert and A Lasserre (back row)
title_sort surface treatment lab team. from left to right : j carosone, m malabaila, jp malivert (front row), m thiebert and a lasserre (back row)
topic Industry and Technology
url http://cds.cern.ch/record/42534