Shock induced transitions. final report /

"PNE-112F(Pt. II); Nuclear Explosions and peaceful applications."

Close-in shock studies : final report /

"PNE-104F Nuclear Explosions-Peaceful Applications."

Close-in shock studies : preliminary report /

"U.S. Atomic Energy Commission Plowshare Program ; Project Gnome, Carlsbad, New Mexico, December 10, 1961"--Cover.

Shock induced transitions, final report /

"Issued: June 28, 1963"--Cover ; "February 1, 1963"--Title page.

Shock induced transitions.

At head of title on cover: "U.S. Atomic Energy Commission Plowshare Program, Project GNOME, Carlsbad, New Mexio, December 10, 1961."

On the uniqueness of solutions for passage of shock waves through ducts of variable cross section.

"Sponsored by Project SQUID which is supported by the Office of Naval Research under Contract Nonr-1858(25), NR-098-038."

Development of a shock-tube driven molecular beam. Contract no. AF 49(638)-793, Mechanics Division, Air Force Office of Scientific Research, Air Research and Development Command, Washington, D. C.

"AFOSR 166."

Interferometric measurement in a shock tube of dissociation rates for air and its component gases.

At head of title: Cornell University, Graduate School of Aeronautical Engineering.

Theory of electron driven shock waves

"STL/TR-60-0000-GR310."

Single-pulse shock tube studies of the kinetics of the reaction N + O [arrow right over arrow left (reversible reaction)] 2 NO between 2000-3000⁰ K,

At head of title: Combustion Dynamics Division, Air Force Office of Scientific Research, ARDC, Washington, D. C., File no. AF 18(600)-1332.

Modified double-slit interferometer for shock-wave investigations.

"This work was carried out as part of Project SQUID which is supported by the Office of Naval Research under Contract Nonr-1858 (25)."

Plasma studies in a shock tube,

"This work was supported by the Air Research and Development Center, Griffis Air Force Base, New York."

A graphical solution of shock equations

Contract no. AF 18(603)-141.

Radiation pressure confinement, the shock pinch and feasibility of fusion propulsion,

Caption title.

A study of finite-difference methods as applied to hypersonic viscous shock-layer equations

"Contract no. Nonr 2653(00)."