Recent content by NK5K

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    Graduate Looking for specific data about thrust, hydrogen, and celestial bodies

    wow. finding what I am looking for for a change :) ok so i don't understand exactly how it wrks but nuclear has a higher energy density. and while there are many conceptual methods developed it appears that a nuclear thermal rocket would be the method that could be developed the fastest. the...
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    Graduate Looking for specific data about thrust, hydrogen, and celestial bodies

    ah nm. i found that it includes the oxidizer as well.
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    Graduate Looking for specific data about thrust, hydrogen, and celestial bodies

    is the oxidizer included in the propellant or would i need another 8x that mass to get the 450 impulse? only thing i can think of bigger than that would b like a nuclear reactor but that primarily generates heat and thru e=mc^2 it would take a really much bigger amount of mass to generate...
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    Graduate Looking for specific data about thrust, hydrogen, and celestial bodies

    the method of thrust would be combustion as of now. still haven't determined which method would b best. i was thinking 2H2(l) + O2(g) = 2H2O(g). the eventual mass of the object being accelerated by the burning hydrogen would need to include the added mass of the fuel needed to propel it and i...
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    Graduate Looking for specific data about thrust, hydrogen, and celestial bodies

    first off, thanks to any that respond w useful info :) the end answer i need to find on the first topic is how many atoms of hydrogen are required to propel a mass of "x" at an acceleration of 1g in space (assuming no gravitic influence) but i would settle for how to figure out what the fuel...