THE THEORY OF LINEAR GRAPHS WITH APPLICATIONS TO THE THEORY OF THE VIRIAL DEVELOPMENT OF THE PROPERTIES OF GASES
Abstract
CONTENTS: Introduction to the theory of graphs Expansion of the properites of a gas in powers of the fugacity The virial expansion of the properties of a gas The counting problem for free graphs Remarks on the integral problem; the Gaussian model Appendix 1. Proof of the Polya theorem Appendix 2. Tables of the number of graphs with p points and k lines up to p equals 7 Appendix 3. Tables of graphs and graph groups with up to six points Appendix 4. Tables of n(p,k,d)AD-2562 5 N2AD-256 276Div. 7, 8, 14U (19 May 61) Material Lab., New York Naval Shipyard, Brooklyn. INVESTIGATION OF ULTRA HIGH TEMPERATURE PEROVSKITE TYPE CAPACITOR DIELECTRIC MATERIAL, by L. J. Timm. 5 May 61, 10p. illus. (Lab. proj. no. 5940, pt. 4) Unclassified report DESCRIPTORS: *Ceramic capacitors, Ceramic materials, Dielectrics, Dielectric properties, Electrical properties, Physical properties, High temperature research, Temperature, Materials, *Insulating materials, Electric insulation, Tests, *Thermal insulation, Test methods, Life expectancy, Shock resistance. Values for AC loss characteristics of the perovskite type capacitor dielectric material over a wide frequency spectrum at temperatures up to 500 C were determined. Values for other electrical and some physical properties over the same temperature range were also determined. Results showed a large decrease in dielectric constant with increased temperature, poor and erratic thermal shock characteristics, and short life under voltage stress when aged at temperatures as low as 300 C. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Dec 01, 1961
- Accession Number
- AD0256275
Entities
People
- G.e. Uhlenbeck
- G.w. Ford
Organizations
- University of Michigan