Second Generation of Lead-lead Chloride Electrodes for Geophysical Applications
By G. Petiau. 2000
216 citations recorded by the source corpus.
Subfields: Bioengineering, Electrochemistry, Materials Chemistry
View Paper: https://www.semanticscholar.org/paper/bd4129101040af85f0aad0a3b207f06e4cdd80e4
How researchers see this paper
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In Bioengineering
- B. Suski
- F. Perrier
- Enzo Rizzo
- André Revil
- Dominique Gibert
- Salvatore Troisi
- Florence Nicollin
- Salvatore Straface
In Electrochemistry
- B. Suski
- F. Perrier
- Enzo Rizzo
- André Revil
- Dominique Gibert
- Salvatore Troisi
- Florence Nicollin
- Salvatore Straface
In Materials Chemistry
- B. Suski
- F. Perrier
- Enzo Rizzo
- André Revil
- Dominique Gibert
- Salvatore Troisi
- Florence Nicollin
- Salvatore Straface
Citations in the corpus
- Self‐potential signals associated with pumping tests experiments (2004, methodology): “[16] The monitoring of the self-potential signals was carried out using 53 nonpolarizable Pb/PbCl2 ‘‘Petiau’’ electrodes manufactured by SDEC in France (see Perrier et al. [1997] and Petiau [2000] for analysis of the stability of these electrodes).”
- Sap flow and daily electric potential variations in a tree trunk (2006, methodology): “As shown by Petiau [36], the temperature sensitivity of the grounded electrochemical electrode used as as reference is negligible (smaller than 30 mV= C), and our thermal experiment focused on the steel electrodes.”