The semiconductor bridge, SCB, developed by Sandia National Laboratories is a maturing technology now being used in several applications by Sandia customers. Most applications arose because of a need at the system level to provide explosive assemblies that were light weight, small volume, low cost and required small quantities of electrical energy to function -- for the purposes of this paper we define an explosive assembly to mean the combination of the firing set and an explosive component. As a result, and because conventional firing systems could not meet the stringent size, weight and energy requirements of our customers, we designed and are investigating SCB applications that range from devices for Sandia applications to igniters for ...
Sandia National Laboratories has recently completed construction of a new Explosive Components Facil...
This paper exploits an energetic initiator realized by integrating Al/Ni multilayer nanofilms with s...
Abstract: "An exploding copper wire, one millimeter in diameter, 30 centimeters long, has been devel...
Sandia National Laboratories` semiconductor bridge, SCB, is now being used for the ignition or initi...
Semiconductor bridges (SCBs) are finding increased use as initiators for explosive and pyrotechnic d...
For many years, explosive components have used hotwires to convert an electrical stimulus into the t...
Semiconductor bridges (SCB) igniters were evaluated as possible replacements for conventional hot-wi...
Igniter is the basic component of MEMS-based solid propellant microthrusters (SPM) array, which shou...
In this paper the authors describe computer models that simulate the electrical characteristics and ...
The move from conventional energetic composites to nano scale energetic mixtures (nano energetics) h...
Since semiconductor bridge (SCB) igniter has been invented, it is commonly considered as a plasma ge...
Photonic device activities at Sandia National Laboratories are founded on an extensive materials res...
Recent advances in compound semiconductor technology utilize a variety of metal thin films fabricate...
The microelectronics capability at Sandia Laboratories spans the complete range of component activit...
An overview of the operations of Sandia`s Microelectronics Development Lab (MDL) is to develop radia...
Sandia National Laboratories has recently completed construction of a new Explosive Components Facil...
This paper exploits an energetic initiator realized by integrating Al/Ni multilayer nanofilms with s...
Abstract: "An exploding copper wire, one millimeter in diameter, 30 centimeters long, has been devel...
Sandia National Laboratories` semiconductor bridge, SCB, is now being used for the ignition or initi...
Semiconductor bridges (SCBs) are finding increased use as initiators for explosive and pyrotechnic d...
For many years, explosive components have used hotwires to convert an electrical stimulus into the t...
Semiconductor bridges (SCB) igniters were evaluated as possible replacements for conventional hot-wi...
Igniter is the basic component of MEMS-based solid propellant microthrusters (SPM) array, which shou...
In this paper the authors describe computer models that simulate the electrical characteristics and ...
The move from conventional energetic composites to nano scale energetic mixtures (nano energetics) h...
Since semiconductor bridge (SCB) igniter has been invented, it is commonly considered as a plasma ge...
Photonic device activities at Sandia National Laboratories are founded on an extensive materials res...
Recent advances in compound semiconductor technology utilize a variety of metal thin films fabricate...
The microelectronics capability at Sandia Laboratories spans the complete range of component activit...
An overview of the operations of Sandia`s Microelectronics Development Lab (MDL) is to develop radia...
Sandia National Laboratories has recently completed construction of a new Explosive Components Facil...
This paper exploits an energetic initiator realized by integrating Al/Ni multilayer nanofilms with s...
Abstract: "An exploding copper wire, one millimeter in diameter, 30 centimeters long, has been devel...