astronauts breath is space, via a nifty suit, that secures the astronaut from space, and gets girls...also, it coincidentally provides o2 to the astronaut, to make all situations, much less difficult to deal with--
the concept--
in order to make the o2 last longer, and create less bulk on the pack, or as a "back-up option" for o2 production, i believe an aspiration system could be created...using chlorophyll( aloe-vera), to be dehydrated, thereby releasing the o2, from it, like a tree does...
a simple o2 "magazine", or "cartridge", popped into the "breach" of the "symbiotic aspirator", could evaporate the o2, by having UV lights on the inside surfaces of the "breach"( evaporation chamber), on all sides, to evaporate the chlorophyll, in the "o2 magazine/clip"...the device would have a small safety-valve, to seal the o2 hose going to the suit, from the vacuum of space( for use while changing "magazines"), then a small low pressure o2 chamber, the size of a pint, or greater, that the freshly evaporated, low-pressure o2, is sucked from, and is then re-pressurized( by a small electric pump), to a higher suit cabin-pressure( for the astronaut to respire)--
summary--
i believe a lot of o2 is present in chlorophyll, and that having a "micro-factory" to produce o2, in-suit, might be more efficient, and less hazardous, than carrying a large tank, of high pressure o2( while space-walking, ect...)...the ease of closing the o2 valve, yanking the "cartridge", slamming a fresh one home( using a slight taper, so insertion has "slop", but tightens up, to a great fit, after fully engaged), then banging the valve open, to unseal the aspirator's "o2 breach"-to-"low pressure o2 chamber", that prevents the vacuum of space from harming the astronaut, may be of great use to NASA--
although i am uncertain about the amount of electricity needed to evaporate the chlorophyll, and the means to produce it( in-suit), to release the o2...i feel battery technology has progressed enough to do the job( regardless of the size constraints "in-play")...if this is the case, these batteries could be easily recharged in space, or perhaps even in-suit...as a hand charger, or solar-cell array, could be on the suit, somewhere, for emergencies--
good-luck, and god-speed...john kruschke--
the concept--
in order to make the o2 last longer, and create less bulk on the pack, or as a "back-up option" for o2 production, i believe an aspiration system could be created...using chlorophyll( aloe-vera), to be dehydrated, thereby releasing the o2, from it, like a tree does...
a simple o2 "magazine", or "cartridge", popped into the "breach" of the "symbiotic aspirator", could evaporate the o2, by having UV lights on the inside surfaces of the "breach"( evaporation chamber), on all sides, to evaporate the chlorophyll, in the "o2 magazine/clip"...the device would have a small safety-valve, to seal the o2 hose going to the suit, from the vacuum of space( for use while changing "magazines"), then a small low pressure o2 chamber, the size of a pint, or greater, that the freshly evaporated, low-pressure o2, is sucked from, and is then re-pressurized( by a small electric pump), to a higher suit cabin-pressure( for the astronaut to respire)--
summary--
i believe a lot of o2 is present in chlorophyll, and that having a "micro-factory" to produce o2, in-suit, might be more efficient, and less hazardous, than carrying a large tank, of high pressure o2( while space-walking, ect...)...the ease of closing the o2 valve, yanking the "cartridge", slamming a fresh one home( using a slight taper, so insertion has "slop", but tightens up, to a great fit, after fully engaged), then banging the valve open, to unseal the aspirator's "o2 breach"-to-"low pressure o2 chamber", that prevents the vacuum of space from harming the astronaut, may be of great use to NASA--
although i am uncertain about the amount of electricity needed to evaporate the chlorophyll, and the means to produce it( in-suit), to release the o2...i feel battery technology has progressed enough to do the job( regardless of the size constraints "in-play")...if this is the case, these batteries could be easily recharged in space, or perhaps even in-suit...as a hand charger, or solar-cell array, could be on the suit, somewhere, for emergencies--
good-luck, and god-speed...john kruschke--
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