Three low-pressure rocket motor propellant burn tests were performed in a large, sealed test chamber located at the X-tunnel complex on the Department of Energy's Nevada Test Site in the period May--June 1997. NIKE rocket motors containing double base propellant were used in two tests (two and four motors, respectively), and the third test used two improved HAWK rocket motors containing composite propellant. The preliminary containment safety calculations, the crack and burn procedures used in each test, and the results of various measurements made during and after each test are all summarized and collected in this document
The use of resistance heaters to simulate heat from fission allows extensive development of fission ...
Issued as R & D contract status reports [1-10], and Final report, Project no. E-16-679Final report h...
Erosive burning changes the burning rate of solid rocket propellants which can normally be approxima...
Three low-pressure rocket motor burn tests were executed in May--June 1997 time frame at the X-tunne...
The US Departments of Defense and Energy (DOD and DOE) have established a Joint Demilitarization Tec...
A series of contained explosive detonation and propellant burn experiments was conducted during 1996...
Outmoded solid rocket motor propellant is being destroyed by burning as part of the worldwide demili...
A rocket of the 1000-pound-thrust class using liquid oxygen and JP-4 fuel as propellant was installe...
Report details study made of nondestructive radiographic, ultrasonic, thermographic, and leak test m...
A rocket of the 1000-pound-thrust class using liquid oxygen and JP-4 fuel as propellant was installe...
WOS: 000325647000093The burning rate of the solid rocket propellants is one of the most important fa...
When the Department of Defense (DoD) revised its hazard classification guidelines in Technical Bulle...
A solid propellant rocket motor containing 60.9 Kg (134-lb) of propellant was successfully static fi...
A miniature solid propellant rocket motor has been developed to be used in a program to determine th...
Ballistic properties of solid propellants play an important role in the performance of the solid pro...
The use of resistance heaters to simulate heat from fission allows extensive development of fission ...
Issued as R & D contract status reports [1-10], and Final report, Project no. E-16-679Final report h...
Erosive burning changes the burning rate of solid rocket propellants which can normally be approxima...
Three low-pressure rocket motor burn tests were executed in May--June 1997 time frame at the X-tunne...
The US Departments of Defense and Energy (DOD and DOE) have established a Joint Demilitarization Tec...
A series of contained explosive detonation and propellant burn experiments was conducted during 1996...
Outmoded solid rocket motor propellant is being destroyed by burning as part of the worldwide demili...
A rocket of the 1000-pound-thrust class using liquid oxygen and JP-4 fuel as propellant was installe...
Report details study made of nondestructive radiographic, ultrasonic, thermographic, and leak test m...
A rocket of the 1000-pound-thrust class using liquid oxygen and JP-4 fuel as propellant was installe...
WOS: 000325647000093The burning rate of the solid rocket propellants is one of the most important fa...
When the Department of Defense (DoD) revised its hazard classification guidelines in Technical Bulle...
A solid propellant rocket motor containing 60.9 Kg (134-lb) of propellant was successfully static fi...
A miniature solid propellant rocket motor has been developed to be used in a program to determine th...
Ballistic properties of solid propellants play an important role in the performance of the solid pro...
The use of resistance heaters to simulate heat from fission allows extensive development of fission ...
Issued as R & D contract status reports [1-10], and Final report, Project no. E-16-679Final report h...
Erosive burning changes the burning rate of solid rocket propellants which can normally be approxima...