DocumentCode
3769737
Title
An introduction to the theory of dielectric loss in plastics
Author
A. Harry Sharbaugh;J. C. Devins
Author_Institution
General Electric Research and Development Center
fYear
1968
Firstpage
80
Lastpage
81
Abstract
Perhaps the most familiar property of a dielectric material is the capacitance increase observed when a sheet of dielectric is inserted between the plates of an “air” capacitor. In fact, the ratio of dielectric to air-filled capacitance is often used to define the dielectric constant ε´. Defined in this way, its magnitude becomes a property of the material, independent of the measuring voltage or geometry of the test capacitor. The range of values for polymers is not large. The lower limit is in the neighborhood of 2 and it is rare to see one as high as 10.
Keywords
"Plastics","Dielectric constant","Conductivity","Polarization","Electric fields","Dispersion"
Publisher
ieee
Conference_Titel
Electrical Insulation Conference, 1968 8th
Print_ISBN
978-1-5090-3107-8
Type
conf
DOI
10.1109/EIC.1968.7456108
Filename
7456108
Link To Document