Resistance paper

Resistance paper,[1][2] also known as conductive paper and by the trade name Teledeltos paper is paper impregnated or coated with a conductive substance such that the paper exhibits a uniform and known surface resistivity. Resistance paper and conductive ink were commonly used as an analog two-dimensional[3] electromagnetic field solver. Teledeltos paper is a particular type of resistance paper.

References

"The outline (or boundaries)of the trough are drawn on the resistance paper with silver (conducting) paint. ... Another field-mapping arrangement using resistance paper is shown ...a pantograph for transferring equipotential points from the resistance paper to ...resistance-paper analog." Kraus, John D. (1984). Electromagnetics (3rd ed.). McGraw-Hill. p. 295–297. ISBN 0-07-035423-5.
"...commonly used laboratory setups are the uniform resistance paper, such as Teledeltos paper, ..." Marshall, Stanley V.; Skitek, Gabriel G. (1987). Electromagnetic Concepts & Applications (2nd ed.). Prentice-Hall. p. 201. ISBN 0-13-249004-8.
"Resistance paper is very simple to use for two-dimensional problems..." Ramo, Simon; Whinnery, John R.; van Duzer, Theodore (1965). Fields and Waves in Communication Electronics. John Wiley. p. 168–170. ISBN 9780471707202.

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[Kraus-1] "The outline (or boundaries)of the trough are drawn on the resistance paper with silver (conducting) paint. ... Another field-mapping arrangement using resistance paper is shown ...a pantograph for transferring equipotential points from the resistance paper to ...resistance-paper analog." Kraus, John D. (1984). Electromagnetics (3rd ed.). McGraw-Hill. p. 295–297. ISBN 0-07-035423-5.

[Marshall-2] "...commonly used laboratory setups are the uniform resistance paper, such as Teledeltos paper, ..." Marshall, Stanley V.; Skitek, Gabriel G. (1987). Electromagnetic Concepts & Applications (2nd ed.). Prentice-Hall. p. 201. ISBN 0-13-249004-8.

[Ramo-3] "Resistance paper is very simple to use for two-dimensional problems..." Ramo, Simon; Whinnery, John R.; van Duzer, Theodore (1965). Fields and Waves in Communication Electronics. John Wiley. p. 168–170. ISBN 9780471707202.