J. Billingsley

发表

The Equivalent Flat Nose Diameter of Hemispherical Nose Cylindrical Projectiles for Impact Induced Detonation of Energetic Materials

J. M. Oliver, J. Billingsley, 1992 .

Application of Crystal Lattice Disintegration Criteria to Compute Minimum Shock Induced Reactive Conditions in Solid Explosives and Inert Materials

J. Billingsley, Carl L. Adams, 1994 .

AN EXPERIMENTAL INVESTIGATION OF HIGH VELOCITY IMPACT

S. W. Yuan, J. Billingsley, 1971 .

Negative Temperature Coefficient of the Vibrational Relaxation of Nitric Oxide: an Orientation Effect

A. B. Callear, J. Billingsley, 1969, Nature.

Investigation of the 2050 Å system of the nitric oxide dimer

A. B. Callear, J. Billingsley, 1971 .

The decay limit of the Hugoniot elastic limit

J. Billingsley, 1998 .

Kinetics and mechanism of the vibrational relaxation of NOX2Π(v= 1) in the temperature range 100–433 K

A. B. Callear, J. Billingsley, 1971 .

FURTHER APPLICATIONS OF A CRYSTAL LATIICE DISINTEGRATION CRITERION TO PREDICT SHOCK

J. Billingsley, 1991 .

PBX‐9502 SHOCK SENSITIVITY CORRELATION WITH SPECIFIC HEAT AND REACTIVE TEMPERATURE MAGNITUDES

J. Billingsley, 2008 .

Impact Shock Sensitivity of a TATB Based Explosive Relevant to Specific Heat Properties

J. Billingsley, 2006 .

Vibrational Relaxation of Nitric Oxide in Ternary Collisions

A. B. Callear, J. Billingsley, 1969, Nature.

The absorption and emission spectrum of silicon monoiodide

J. Billingsley, 1972 .

Sting Dynamics of Wind Tunnel Models

James P Billingsley, J. Billingsley, 1976 .

Comparison of experimental and predicted axial pressure variation for semi-infinite metallic targets

J. Billingsley, 1969 .

The possible influence of the de Broglie momentum––wavelength relation on plastic strain “autowave” phenomena in “active materials”

J. Billingsley, 2001 .