Z. J. J. Stekly

Details der Publikationsliste

Zeitraum

1998 - 2005

Anzahl

10

Co-Autoren

DESIGN OF SUPERCONDUCTING MAGNET SYSTEMS. VOLUME I. (2005)

Stekly, Z. J. J., Zar, J. L., Hoppie, L.

This report contains an engineering-physics design study of magnets in various configurations. The types of magnets that have been considered are solenoids, two-dimensional dipole coils such as might...

ROTATING MACHINERY UTILIZING SUPERCONDUCTORS, (2005)

Stekly,Z. J. J., Woodson,H. H.

The properties of superconducting materials appropriate for a discussion of their application in rotating machines are cited. The electrical, mechanical, and thermal losses that will occur in...

PROCEEDINGS OF SYMPOSIUM 1969 SPRING SUPERCONDUCTING SYMPOSIA (4TH), (1998)

Deaver,B. S. , Jr., Shapiro,S., Goree,W., Stekly,Z. J. J.

Contents: Superconducting devices bagatelle or bonanza; Infrared detectors; Superconducting magnetometers; and Superconducting magnets.

Explosive Magnetohydrodynamic Program. (1998)

Bangerter,C. D., West,L. R., Brogan,T. R., Sheldon,D. B., Stekly,Z. J. J.

The report is basically an analytic study with the addition of design and experimental data required to augment the study. The analysis presented is conclusive in its finding that the X-MHD is a...

DESIGN OF SUPERCONDUCTING MAGNET SYSTEMS. VOLUME II. (1998)

Stekly, Z. J. J., Zar, J. L., Hoppie, L.

The types of magnets that were considered are solenoids, two-dimensional dipole coils such as might be used for establishing MHD fields, and quadrupole magnets such as might be used for Joffe bars....

A Compact High Repetition Rate Energy Storage System. (1998)

Lucas, E. J., Stekly, Z. J. J., Teno, J., Foldes, A.

The technical objectives of the program were the following: (1) To design and build an energy storage system which made use of a superconducting coil as the energy storage element; (2) To demonstrate...

Inductive Energy Storage System Study. (1998)

Stekly, Z. J. J., Lucas, E. J., Thome, R. J., De Winter, T. A.

Inductive energy storage systems to provide a repetitive energy pulse to a multiple non-linear load consisting of twelve flash lamps are studied and optimized. The delivery of a 52000 joule pulse in...