| PDF | PREDICTION OF DETONATION CHARACTERISTICS OF CONDENSED EXPLOSIVES |
| | | M. H. Friedman |
| PDF | EFFECT OF GAS COMPOSITION ON COMPRESSION SENSITIVITY OF LIQUIDS |
| | | G. A. Mead |
| PDF | THE EFFECT OF SPECIFIC SURFACE ON THE EXPLOSION TIMES OF SHOCK INITIATED PETN |
| | | R. H. Dinegar, R. H. Rochester, M. S. Mlllican |
| PDF | EFFECT OF SPECIFIC SURFACE ON THE SHOCK SENSITIVITY OF PRESSED GRANULAR PETN |
| | | R. H. Dinegar, R. H. Rochester, M. S. Millican |
| PDF | DETONABILITY OF THE SYSTEM NITROBENZENE, NITRIC ACID, AMD WATER |
| | | C. M. Mason, R. W. Van Dolah, John Ribovich |
| PDF | FURTHER STUDIES OF THE HIGH RATE DECOMPOSITION OF HIGH ENERGY MATERIALS |
| | | J. M. Rosen, J. R. Holden |
| PDF | PHOTOCONDUCTIVITY OF LEAD AZIDE |
| | | M. A. Cook, R. T. Keyes, C. H. Pitt, R. R. Rollins |
| PDF | THEORY OF THE IGNITION ENERGY OF CONDENSED EXPLOSIVES |
| | | W. H. Andersen |
| PDF | QUANTITATIVE ANALYSIS OF CARD_GAP TESTS, THE REFLECTED_WAVE TECHNIQUE |
| | | P. K. Salzman |
| PDF | PREDICTION OF DETONATION HAZARD IN SOLID PROPELLANTS |
| | | Stanley Wachtell |
| PDF | PROBABILITY OF PREVENTION OF EXPLOSIVE PROPAGATION AND PERSONNEL INJURY BY PROTECTIVE WALLS |
| | | C. E. McKnight |
| PDF | SAFETY DESIGN CRITERIA FOR EXPLOSIVES AND HIGH ENERGY PROPELLANT MANUFACTURING AND STORAGE FACILITIES |
| | | L. W. Saffian, R. M. Rindner |
| PDF | TEST EQUIPMENT AND TECHNIQUES FOR EVALUATING COMPOSITE PROPELLANT PROCESSING AND HANDLING HAZARDS |
| | | V. T. Dinsdale |
| PDF | SHOCK COUPLING, LOADING DENSITY AND THE EFFICIENCY OF EXPLOSIVES IN COMMERCIAL BLASTING |
| | | R. B. Clay, M. A. Cook, V. O. Cook |
| PDF | LOW DETONATION PRESSURE EXPLOSIVE COMPOSITIONS |
| | | M. T. Abegg, H. J. Fisher, H. C. Lavton, W. T. Weatherill |
| PDF | EXPLOSIVE EVALUATION OF COORDINATION COMPOUNDS |
| | | M. T. Abegg, C. W. Hoppesch, J. W. Fronabarger, W. J. Meikle, C. T. Rittenhouse |