Slough and others presenting fusion-based propulsion concept
Plus a bunch of other nuclear related propulsion concepts:
Tarditi, Alfonso, Aneutronic Fusion Spacecraft Architecture, University of Houston at Clear Lake, TX
Werka, Robert, Proposal for a Concept Assessment of a Fission Fragment Rocket Engine (FFRE) Propelled Spacecraft, NASA Marshall Space Flight Center, AL
Shame there are no links yet.
Tarditi, Alfonso, Aneutronic Fusion Spacecraft Architecture, University of Houston at Clear Lake, TX
Werka, Robert, Proposal for a Concept Assessment of a Fission Fragment Rocket Engine (FFRE) Propelled Spacecraft, NASA Marshall Space Flight Center, AL
Shame there are no links yet.
Well, I don't know about your weird affection, but my weird affection is mostly based on the similarity between his device and a Star Trek warp core.
Anyway, I hope NASA funds him.
Direct conversion? Does that mean he's looking at advanced fuels now?Slough, John; Nuclear Propulsion through Direct Conversion of Fusion Energy; MSNW LLC, WA
Anyway, I hope NASA funds him.
Temperature, density, confinement time: pick any two.
Oops, I automatically took "Phase I Selections" to mean that no funding would be given until more candidates were eliminated in a later phase. However, each of the proposals selected in the first phase will receive $100,000 for a year according to the press release. It's not as much money as Slough & co. are seeking, but at least it's something to start with. I'm not sure what they're going to do with that money. It's not enough to build their break-even device.Ivy Matt wrote:Anyway, I hope NASA funds him.
Temperature, density, confinement time: pick any two.
This is related to his work here, from what I understand.
http://www.msnwllc.com/index_propulsion.html
http://www.msnwllc.com/index_propulsion.html
Google didn't yield anything on "Ambient Plasma Wave Propulsion". The named researcher has done previous work involving fusion propulsion:
Magnetic-Nozzle Studies for Fusion Propulsion Applications: Gigawatt Plasma Source Operation and Magnetic Nozzle Analysis
Magnetic-Nozzle Studies for Fusion Propulsion Applications: Gigawatt Plasma Source Operation and Magnetic Nozzle Analysis
The work in this report has led to the capability of reliably operating a 300 MW MPD plasma source, and identified the possibilities and issues with increasing this power level up to 1 GW.