‘self-sinking waste disposal’ directory
- See Also
-
Links
- “A New Approach to Radioactive Waste Self-Burial Using High Penetrating Radiation ”, Arutunyan et al 2018
- “Self-Disposal Option for Highly-Radioactive Waste Reconsidered ”, Ojovan et al 2012
- “Mission to Earth’s Core—A Modest Proposal: Not Science Fiction, but a Technically Feasible Plan to Probe Our Planet’s Inner Workings ”, Stevenson 2003
- “Self-Burial of Radioactive Waste ”, Kosachevskii & Syui 1999
- “Laboratory Modeling of Self-Disposal of Radioactive Wastes ”, Efankin et al 1994
- “Experiments on Fluid Flow Induced by Melting around a Migrating Heat Source ”, Moallemi & Viskanta 1985
- “Stokes’s Problem With Melting ”, Emerman & Turcotte 1983
- “Radioactive Sinkers: Can We Devise High-Temperature, Rock-Melting Probes, Fuelled With the Radioactive Wastes from Reactors, Both to Dispose of Those Wastes Effectively and to Tell Us More about the Earth’s Interior? There Are Many Difficult Problems, but the Gains in Knowledge about the Deep Regions of the Terrestrial Mantle Could Be Considerable ”, Talbot 1978
- “Deep Self-Burial of Radioactive Wastes by Rock-Melting Capsules ”, Logan 1974
- “Operation ‘Hot Mole’: Self-Burial: an Elegant Solution to the Problem of Storing High-Activity Radioactive Effluents? ”, Donea 1972
- “Preliminary Study Of The Nuclear Subterrene ”, Robinson et al 1971 (page 5)
- “Earthgrid Aims to Re-Wire the USA Using Super-Cheap Tunnel Tech ”
- “Watch As Petra’s Remarkable Thermal Bore Cuts through Undrillable Rock ”
- “The Evolution of Tunnel Boring Machines ”
- Wikipedia
- Miscellaneous
See Also
Links
“A New Approach to Radioactive Waste Self-Burial Using High Penetrating Radiation ”, Arutunyan et al 2018
A new approach to radioactive waste self-burial using high penetrating radiation
“Self-Disposal Option for Highly-Radioactive Waste Reconsidered ”, Ojovan et al 2012
Self-disposal option for highly-radioactive waste reconsidered
“Mission to Earth’s Core—A Modest Proposal: Not Science Fiction, but a Technically Feasible Plan to Probe Our Planet’s Inner Workings ”, Stevenson 2003
“Self-Burial of Radioactive Waste ”, Kosachevskii & Syui 1999
“Laboratory Modeling of Self-Disposal of Radioactive Wastes ”, Efankin et al 1994
Laboratory modeling of self-disposal of radioactive wastes :
“Experiments on Fluid Flow Induced by Melting around a Migrating Heat Source ”, Moallemi & Viskanta 1985
Experiments on fluid flow induced by melting around a migrating heat source :
“Stokes’s Problem With Melting ”, Emerman & Turcotte 1983
“Radioactive Sinkers: Can We Devise High-Temperature, Rock-Melting Probes, Fuelled With the Radioactive Wastes from Reactors, Both to Dispose of Those Wastes Effectively and to Tell Us More about the Earth’s Interior? There Are Many Difficult Problems, but the Gains in Knowledge about the Deep Regions of the Terrestrial Mantle Could Be Considerable ”, Talbot 1978
“Deep Self-Burial of Radioactive Wastes by Rock-Melting Capsules ”, Logan 1974
Deep Self-Burial of Radioactive Wastes by Rock-Melting Capsules
“Operation ‘Hot Mole’: Self-Burial: an Elegant Solution to the Problem of Storing High-Activity Radioactive Effluents? ”, Donea 1972
“Preliminary Study Of The Nuclear Subterrene ”, Robinson et al 1971 (page 5)
“Earthgrid Aims to Re-Wire the USA Using Super-Cheap Tunnel Tech ”
Earthgrid aims to re-wire the USA using super-cheap tunnel tech
“Watch As Petra’s Remarkable Thermal Bore Cuts through Undrillable Rock ”
Watch as Petra’s remarkable thermal bore cuts through undrillable rock