First steps in the development of an oxygen sensor device for Pb/Bi melts

Lluís Victori Companys; J Barceló; J Abellà; F Gascó

First steps in the development of an oxygen sensor device for Pb/Bi melts

Lluís Victori Companys, J Barceló, J Abellà, F Gascó

IQS School of Engineering

Producción científica: Artículo en revista indizada › Artículo › revisión exhaustiva

Resumen

A potentiometric device for oxygen determination in Pb/Bi melts has been developed. The reference electrode was In2O3/In. The sensor was Mo and the solid electrolyte was ZrO2/Y2O3.Experiences have been made in two types of atmospheres, over the Pb/Bi melt at 773K:ultrapure N-2 and air (20% O-2) The experiment was static, not bubbling gas through the melt.In N-2 atmosphere, the partial oxygen pressure in the melt was 1.5 . 10(-41) N/m(2). This value corresponds approximately to the value of PbO equilibrium pressure.With air atmosphere, the partial oxygen pressure in the melt was 2.4 . 10(-19) N/m(2).Now we are working in the correlation between partial pressure and oxygen concentration in the Pb/Bi melt.

Idioma original	Inglés
Número de páginas	5
Publicación	Forschungszentrum Karlsruhe - Technik Und Umwelt, Wissenschaftliche Berichte (fzka)
Volumen	6389
Estado	Publicada - 1999
Evento	Workshop on Heavy Liquid Metal Technology - KARLSRUHE, Alemania Duración: 16 sept 1999 → 17 sept 1999

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title = "First steps in the development of an oxygen sensor device for Pb/Bi melts",

abstract = "A potentiometric device for oxygen determination in Pb/Bi melts has been developed. The reference electrode was In2O3/In. The sensor was Mo and the solid electrolyte was ZrO2/Y2O3.Experiences have been made in two types of atmospheres, over the Pb/Bi melt at 773K:ultrapure N-2 and air (20% O-2) The experiment was static, not bubbling gas through the melt.In N-2 atmosphere, the partial oxygen pressure in the melt was 1.5 . 10(-41) N/m(2). This value corresponds approximately to the value of PbO equilibrium pressure.With air atmosphere, the partial oxygen pressure in the melt was 2.4 . 10(-19) N/m(2).Now we are working in the correlation between partial pressure and oxygen concentration in the Pb/Bi melt.",

author = "{Victori Companys}, Llu{\'i}s and J Barcel{\'o} and J Abell{\`a} and F Gasc{\'o}",

year = "1999",

language = "English",

volume = "6389",

journal = "Forschungszentrum Karlsruhe - Technik Und Umwelt, Wissenschaftliche Berichte (fzka)",

publisher = "FORSCHUNGSZENTRUM KARLSRUHE TECHNIK & UMWELT, POSTFACH 3640, D-76021 KARLSRUHE, GERMANY",

note = "Workshop on Heavy Liquid Metal Technology ; Conference date: 16-09-1999 Through 17-09-1999",

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TY - JOUR

T1 - First steps in the development of an oxygen sensor device for Pb/Bi melts

AU - Victori Companys, Lluís

AU - Barceló, J

AU - Abellà, J

AU - Gascó, F

PY - 1999

Y1 - 1999

N2 - A potentiometric device for oxygen determination in Pb/Bi melts has been developed. The reference electrode was In2O3/In. The sensor was Mo and the solid electrolyte was ZrO2/Y2O3.Experiences have been made in two types of atmospheres, over the Pb/Bi melt at 773K:ultrapure N-2 and air (20% O-2) The experiment was static, not bubbling gas through the melt.In N-2 atmosphere, the partial oxygen pressure in the melt was 1.5 . 10(-41) N/m(2). This value corresponds approximately to the value of PbO equilibrium pressure.With air atmosphere, the partial oxygen pressure in the melt was 2.4 . 10(-19) N/m(2).Now we are working in the correlation between partial pressure and oxygen concentration in the Pb/Bi melt.

AB - A potentiometric device for oxygen determination in Pb/Bi melts has been developed. The reference electrode was In2O3/In. The sensor was Mo and the solid electrolyte was ZrO2/Y2O3.Experiences have been made in two types of atmospheres, over the Pb/Bi melt at 773K:ultrapure N-2 and air (20% O-2) The experiment was static, not bubbling gas through the melt.In N-2 atmosphere, the partial oxygen pressure in the melt was 1.5 . 10(-41) N/m(2). This value corresponds approximately to the value of PbO equilibrium pressure.With air atmosphere, the partial oxygen pressure in the melt was 2.4 . 10(-19) N/m(2).Now we are working in the correlation between partial pressure and oxygen concentration in the Pb/Bi melt.

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JO - Forschungszentrum Karlsruhe - Technik Und Umwelt, Wissenschaftliche Berichte (fzka)

JF - Forschungszentrum Karlsruhe - Technik Und Umwelt, Wissenschaftliche Berichte (fzka)

T2 - Workshop on Heavy Liquid Metal Technology

Y2 - 16 September 1999 through 17 September 1999

ER -

First steps in the development of an oxygen sensor device for Pb/Bi melts

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