It strikes me that is high octane cuck fetish superfuel, like, omg, just imagine,,
It strikes me that is high octane cuck fetish superfuel, like, omg, just imagine,,
www.sciencedirect.com/science/arti...
Isp is not much better than conventional H2/O2 (at ~400s), but it's 4-8x denser (1400-3400 kg/m^3) and potentially stable.
www.sciencedirect.com/science/arti...
Isp is not much better than conventional H2/O2 (at ~400s), but it's 4-8x denser (1400-3400 kg/m^3) and potentially stable.
youtu.be/sCv-uHVlhjk?...
youtu.be/sCv-uHVlhjk?...
a superfuel for the whole wicked system.
Insidious.
a superfuel for the whole wicked system.
Insidious.
what a majestically executed slice of hitchcockian paranoia superfuel for children. happy anniversary.
what a majestically executed slice of hitchcockian paranoia superfuel for children. happy anniversary.
The blood extracted in this process is a clean burning superfuel but no one seems to care 🤣
The blood extracted in this process is a clean burning superfuel but no one seems to care 🤣
Though, to take care of that, I really need to up my power supply. Maybe I can get superfuel going too.
Though, to take care of that, I really need to up my power supply. Maybe I can get superfuel going too.
https://www.ft.com/content/14a60649-172a-45c1-99a9-039f481430e7
https://www.ft.com/content/14a60649-172a-45c1-99a9-039f481430e7
electric.guide/biomass-powe...
electric.guide/biomass-powe...
newatlas.com/aircraft/sup...
newatlas.com/aircraft/sup...
Die Glocke actually seems to have achieved a limited form of time travel, they just couldn't mass-produce it.
Amoral cruelty and endless human labrats were scientific superfuel. Like Icarus, they flew too close to the sun.
x.com/i/status/198...
Die Glocke actually seems to have achieved a limited form of time travel, they just couldn't mass-produce it.
Amoral cruelty and endless human labrats were scientific superfuel. Like Icarus, they flew too close to the sun.
x.com/i/status/198...
Ammonia is the next “superfuel”: existing cracking processes can release hydrogen at low temperatures with no energy loss and minimal input
Ammonia is the next “superfuel”: existing cracking processes can release hydrogen at low temperatures with no energy loss and minimal input
Check out how you might try this excellent source of energy-boosting carbohydrates during your autumn bike rides:
cyclingscoop.com/cycling/mapl... 👈
#cycling #bikes #cyclingnutrition
Check out how you might try this excellent source of energy-boosting carbohydrates during your autumn bike rides:
cyclingscoop.com/cycling/mapl... 👈
#cycling #bikes #cyclingnutrition
(This brand is a student project for Integrated Marketing at SETU)
(This brand is a student project for Integrated Marketing at SETU)