An empirical model of detonator electrical performance which describes the resistance of the exploding bridgewire (EBW) or exploding foil initiator (EFI or slapper) as a function of energy, deposition will be described. This model features many parameters that can be adjusted to obtain a close fit to experimental data. This has been demonstrated using recent experimental data taken with the cable discharge system located at Sandia National Laboratories. This paper will be a continuation of the paper entitled ``Cable Discharge System for Fundamental Detonator Studies`` presented at the 2nd NASA/DOD/DOE Pyrotechnic Workshop
Exploding Foil Initiators for Insensitive Munitions use energy stored in a High Voltage capacitor to...
"The characteristic square output current pulse from a discharging coaxial cable has been utilized t...
Exploding Foil Initiator (EFI) flyer layer velocities measured down the barrel of an EFI are present...
One- and two-dimensional models of initiation in detonators are being developed for the purpose of e...
The electromagnetic (EM) characteristics of hot-wire detonators are determined in order to quantify ...
Semiconductor bridges (SCBs) are finding increased use as initiators for explosive and pyrotechnic d...
The experimental apparatus and techniques for studying exploding wires by means of a cable discharge...
Analytical and numerical models, validated against published data, were developed to calculate the v...
In this paper the authors describe computer models that simulate the electrical characteristics and ...
Exploding foil initiators (EFIs) are highly suitable for use in inline fuze trains containing only s...
FIRESET is a PC-based computer code which calculates current as a function of time for an RLC circui...
Nuclear power plants contain a significant amount of fire load in form of electrical cables. The per...
The characteristic square output currert pulse from a discharging coaxial cable has been utilized to...
Increasing insensitivity demands on designing and producing munitions necessitates utilizing primari...
A detailed model for the dynamic resistivity of an exploding conductor presents many difficulties. A...
Exploding Foil Initiators for Insensitive Munitions use energy stored in a High Voltage capacitor to...
"The characteristic square output current pulse from a discharging coaxial cable has been utilized t...
Exploding Foil Initiator (EFI) flyer layer velocities measured down the barrel of an EFI are present...
One- and two-dimensional models of initiation in detonators are being developed for the purpose of e...
The electromagnetic (EM) characteristics of hot-wire detonators are determined in order to quantify ...
Semiconductor bridges (SCBs) are finding increased use as initiators for explosive and pyrotechnic d...
The experimental apparatus and techniques for studying exploding wires by means of a cable discharge...
Analytical and numerical models, validated against published data, were developed to calculate the v...
In this paper the authors describe computer models that simulate the electrical characteristics and ...
Exploding foil initiators (EFIs) are highly suitable for use in inline fuze trains containing only s...
FIRESET is a PC-based computer code which calculates current as a function of time for an RLC circui...
Nuclear power plants contain a significant amount of fire load in form of electrical cables. The per...
The characteristic square output currert pulse from a discharging coaxial cable has been utilized to...
Increasing insensitivity demands on designing and producing munitions necessitates utilizing primari...
A detailed model for the dynamic resistivity of an exploding conductor presents many difficulties. A...
Exploding Foil Initiators for Insensitive Munitions use energy stored in a High Voltage capacitor to...
"The characteristic square output current pulse from a discharging coaxial cable has been utilized t...
Exploding Foil Initiator (EFI) flyer layer velocities measured down the barrel of an EFI are present...