ELECTRICALLY ENERGIZED SHOCK TUBES
Abstract
Contents: Nature and history of electrical-driven shock waves Equipment and diagnostic techniques Electrical behavior of gases in the driver discharge Electron-driven plasma shock waves Breakdown waves, precursors and electron fluid dynamics Radiation studies Interactions Diffusion, and magnetic insulation in the elec trical shock tube Ideal electrical shock tube design Electrical properties of the flowing plasma Miscellaneous observations Molecular averages Shock and contact surface velocities Balmer continuum emission data Energy requirements of gases at 1 MM HG
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 1963
- Accession Number
- AD0407553
Entities
People
- Richard G. Fowler
Organizations
- University of Oklahoma