Add to ORKGElectrostaticfusion IEF devices using polyhedral mag netic fields for potential well confinement of ions o er promise of lightweight sources of very large thermal and electrical power from clean p+11B fusion reactions
QED propulsion systems use lightweight inertial electrostaticfusion IE power sources to accelerate ...
This study of IEF systems focused on the use of deuterium!deuterium "DD # as the principal fusi...
A new concept for inertialelectrostatic spherical collid ing beam fusion Polywell is based on the u...
Inertialelectrostaticfusion IEF devices using polyhe dral magnetic fields for electrostatic potenti...
Originally developed and used for fusion research purposes, an Inertial Electrostatic Confinement (I...
Originally developed and used for fusion research purposes, an Inertial Electrostatic Confinement (I...
Originally developed and used for fusion research purposes, an Inertial Electrostatic Confinement (I...
Extremely advanced space propulsion systems can be based on use of inertial electrostatic fusion IEF...
Performance scaling of fusion power sources shows that Maxwellian, magnetic, localthermodynamic equi...
The direct production of electric power appears possible from fusion reactions between fuels whose p...
Extremely advanced space propulsion systems, based on use of inertialelectrostaticfusion IEF lightw...
Success has been achieved from research and development work conducted since 1986 on a unique concep...
A new inertialelectrostaticfusion direct electric power source can be used to drive a relativistic e...
The advanced electric propulsion program is directed towards lowering the specific impulse and incre...
The potential use of an INERTIAL ELECTROSTATIC CONFINEMENT (IEC) power source for space propulsion h...
QED propulsion systems use lightweight inertial electrostaticfusion IE power sources to accelerate ...
This study of IEF systems focused on the use of deuterium!deuterium "DD # as the principal fusi...
A new concept for inertialelectrostatic spherical collid ing beam fusion Polywell is based on the u...
Inertialelectrostaticfusion IEF devices using polyhe dral magnetic fields for electrostatic potenti...
Originally developed and used for fusion research purposes, an Inertial Electrostatic Confinement (I...
Originally developed and used for fusion research purposes, an Inertial Electrostatic Confinement (I...
Originally developed and used for fusion research purposes, an Inertial Electrostatic Confinement (I...
Extremely advanced space propulsion systems can be based on use of inertial electrostatic fusion IEF...
Performance scaling of fusion power sources shows that Maxwellian, magnetic, localthermodynamic equi...
The direct production of electric power appears possible from fusion reactions between fuels whose p...
Extremely advanced space propulsion systems, based on use of inertialelectrostaticfusion IEF lightw...
Success has been achieved from research and development work conducted since 1986 on a unique concep...
A new inertialelectrostaticfusion direct electric power source can be used to drive a relativistic e...
The advanced electric propulsion program is directed towards lowering the specific impulse and incre...
The potential use of an INERTIAL ELECTROSTATIC CONFINEMENT (IEC) power source for space propulsion h...
QED propulsion systems use lightweight inertial electrostaticfusion IE power sources to accelerate ...
This study of IEF systems focused on the use of deuterium!deuterium "DD # as the principal fusi...
A new concept for inertialelectrostatic spherical collid ing beam fusion Polywell is based on the u...