Great, now i have another reason to go buy another 5kg of magnesium. I already have 15kg of ingots sitting there, this is just getting ridiculous up to this point, atleast ill always have a good reducing agent on hand. Also does this mean that lithium isn't the only metal that can react directly with nitrogen.
Yeah, it's not worth it to "purify" the air used in the reaction (to remove the Oxygen), since it's just easier to use EXCESS magnesium to take up the oxygen. The only remaining question of practicality is the recyclability of the magnesium (since magnesium is not cheap & it is finite): *COULD Mg(OH) be recycled back to Mg? COULD MgO be recycled back to Mg?* Besides the above it is VERY interesting to see Ammonia created WITHOUT the need to purify N2, WITHOUT the need to obtain H2, and WITHOUT the need for expensive compressors & other machines.
I believe the Serpek process was used commercially for a time during the 20th Century using Bauxite, but the Haber-Bosch process proved to be more efficient once they met the challenge of dealing with the very high pressures required.
It gave co and co2 and mgao mqgnisium oxide thats whats left from combustion ,when co reacts with hcl vapor it creates hcl gas ,its better to have nh4cl not just sulfate ,and kno3 ,for the hcl salts keep. It dont left out of stock ,because ubneef them in futur experiments
Melt the salt "very high temps" Stick in 2 electrodes You get the metal on the anode I guess And depending on the salt what you get on the cathode You can find some videos on making sodium metal by electrolysis since it doesnt have a very high melting point And cody did make aluminum metal from aluminum oxide using electrolysis
Heat breaks apart ,it doesnt unite,so from wherr the ammonia gas could emerged from mg3 no no N in there ,N from air ,no ,because u need a kicker or face shifter ,molecule face shifter
Aa got it it ,forgot that its a hydride of mag ,and hydrides produce h2 gas and hydroxides ,the hydride u need the hydride of sodium metal ,no u need just the metal drop it in water oh anions keep adding ,boil water until they start crashing out
Hc ,hydro vhlorous acid not chloric chlorin when its dissolved in wster chloric acid ,nitronic acid this is kno alone nitronic acid ,nh2 is ,nitrogen hydrite ,sodium nitrite ,bauxite
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This was fascinating. Thanks!
Great, now i have another reason to go buy another 5kg of magnesium.
I already have 15kg of ingots sitting there, this is just getting ridiculous up to this point, atleast ill always have a good reducing agent on hand.
Also does this mean that lithium isn't the only metal that can react directly with nitrogen.
Strontium will react with nitrogen as well, resulting in strontium nitride.
You can hoard urine for ammonia as i do.
Actually I take my words back.
Excellent. Thank you.
If magniusium gives nh3 its must be mgnh3 ,because when you burn ,its wont release ammonia unless its mgnh3
Yeah, it's not worth it to "purify" the air used in the reaction (to remove the Oxygen), since it's just easier to use EXCESS magnesium to take up the oxygen. The only remaining question of practicality is the recyclability of the magnesium (since magnesium is not cheap & it is finite): *COULD Mg(OH) be recycled back to Mg? COULD MgO be recycled back to Mg?*
Besides the above it is VERY interesting to see Ammonia created WITHOUT the need to purify N2, WITHOUT the need to obtain H2, and WITHOUT the need for expensive compressors & other machines.
Dang where do you find this stuff? This definitely wouldn't be economical would it
I believe the Serpek process was used commercially for a time during the 20th Century using Bauxite, but the Haber-Bosch process proved to be more efficient once they met the challenge of dealing with the very high pressures required.
That's cool, thanks!
It gave co and co2 and mgao mqgnisium oxide thats whats left from combustion ,when co reacts with hcl vapor it creates hcl gas ,its better to have nh4cl not just sulfate ,and kno3 ,for the hcl salts keep. It dont left out of stock ,because ubneef them in futur experiments
Uht oh. İ looked directly at the burning magnetium.
Molten salt electrolysis?
Melt the salt "very high temps"
Stick in 2 electrodes
You get the metal on the anode I guess
And depending on the salt what you get on the cathode
You can find some videos on making sodium metal by electrolysis since it doesnt have a very high melting point
And cody did make aluminum metal from aluminum oxide using electrolysis
this is the only time I've heard that song other than on Armoured Skeptic
Heat breaks apart ,it doesnt unite,so from wherr the ammonia gas could emerged from mg3 no no N in there ,N from air ,no ,because u need a kicker or face shifter ,molecule face shifter
Aa got it it ,forgot that its a hydride of mag ,and hydrides produce h2 gas and hydroxides ,the hydride u need the hydride of sodium metal ,no u need just the metal drop it in water oh anions keep adding ,boil water until they start crashing out
Song?
ua-cam.com/video/Mu_y7f0lEkM/v-deo.html
Thank you so much :)
The song is "you're mama" by Got the D.
Ill see myself out.
Hc ,hydro vhlorous acid not chloric chlorin when its dissolved in wster chloric acid ,nitronic acid this is kno alone nitronic acid ,nh2 is ,nitrogen hydrite ,sodium nitrite ,bauxite
It works better with lithium !
You should ask DRDO for that information. They have various satellite & they have capability to do that task . bloody organization
Mmmm orb....
Exotic 😜😜
Thanks!
Fk the nafion membrane
EIGHT MINUTES TO PRODUCE SOME AMMONIA FUMES??? One might need some ammonia to keep students from falling asleep in this chemistry lesson!
Hey, there is an idea to keep those lazy dicks from sleeping during class.
You don’t necessarily have to be present for the synthesis, but that may be dangerous. Maybe you should find something to do in the interim.