Very cool! I like the small learning tid-bits while you showed the process of reactant to product, I didn't think about how extensive it was though. Are allotropes reversible? Suggestion: One of the exploding factors of POP-ITS is silverfulminate, but what would it look like at alone in a controlled environment? (be safe)
I think that it's worth mentioning that there's also some other elements that have different allotropes. For example phosphorus, which has the allotropes of white, red, violent and black phosphorus. White phosphorus is pyrophoric and ignites on contact with air even if no ignition source is present and is also highly toxic and capable of causing severe chemical burns which makes white phosphorus the most dangerous and reactive form of phosphorus.
You made metal! I know to everyone else it's an everyday thing. To me its magic! I haven't seen much on YT about Antimony. I'm really excited about it!!
@@WheelerScientific I appreciate seeing the process unfold. Sometimes things don't go as planned and you have to pivot to another direction. Will be fun to watch the hydrolysis process (right?) in the next.
@@WheelerScientific I have a similar one and have wondered if the coils could be rewound in kanthal to squeeze another few 100 °C out of it. Anybody know?
So you mean it does not liquify even with liquid N2. If not possible please show how do you make Flurine gas as an element series. After some research in the channel "Periodic Videos" with an Video titled "Fluorine - Periodic Table of Vedios at time stamp 1:39 they liquify Flurine on a small scale. Please do try to produce, liquify and store it.
You can make liquid fluorine, it’s just not possible to store it in a glass ampoule for any length of time. The Fluorine will react with the glass quickly. The best I would be able to do is a low pressure ampoule of fluorine gas, which still will require a lot of work.
I ve heard there are some type of transparent polymers made out of flurine itself which are transparent and non reactive to flurine so can you store it in those ampoules.
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I love "Percussive Maintenance" !!
Bonk!
indeed! big fan of it myself
You're badass dude. I'm glad you've uploaded this much and I hope you continue to produce
I’m glad you enjoyed! Is there anything in particular you liked?
Very cool! I like the small learning tid-bits while you showed the process of reactant to product, I didn't think about how extensive it was though. Are allotropes reversible?
Suggestion: One of the exploding factors of POP-ITS is silverfulminate, but what would it look like at alone in a controlled environment? (be safe)
I think that it's worth mentioning that there's also some other elements that have different allotropes. For example phosphorus, which has the allotropes of white, red, violent and black phosphorus. White phosphorus is pyrophoric and ignites on contact with air even if no ignition source is present and is also highly toxic and capable of causing severe chemical burns which makes white phosphorus the most dangerous and reactive form of phosphorus.
Ah yes i love *violent* phosphorus, a cheap but not illegal allotrope 😌
You made metal! I know to everyone else it's an everyday thing. To me its magic! I haven't seen much on YT about Antimony. I'm really excited about it!!
Antimony is a metalloid bro.
Neat! Looking forward to the next one!
Glad you enjoyed! Anything you liked in particular?
@@WheelerScientific I appreciate seeing the process unfold. Sometimes things don't go as planned and you have to pivot to another direction. Will be fun to watch the hydrolysis process (right?) in the next.
What temperatures can you access reasonably with that setup?
The electric furnace is rated for up to 1150C.
@@WheelerScientific I have a similar one and have wondered if the coils could be rewound in kanthal to squeeze another few 100 °C out of it. Anybody know?
Nice and informative video. Nice work! Hope you fix the lip smacking sounds in the next video
I’m still figuring out this whole audio recording process, slowly getting there.
So you mean it does not liquify even with liquid N2. If not possible please show how do you make Flurine gas as an element series. After some research in the channel "Periodic Videos" with an Video titled "Fluorine - Periodic Table of Vedios at time stamp 1:39 they liquify Flurine on a small scale. Please do try to produce, liquify and store it.
Silicon next
Bro can you make Flurine gas and liquify it and store it under ampoule cuz no one in TH-cam made it. Thank you
not really possible, gas is possible, liquid is not.
So you mean it does not liquify even with liquid N2. If not possible please show how do you make Flurine gas.
You can make liquid fluorine, it’s just not possible to store it in a glass ampoule for any length of time. The Fluorine will react with the glass quickly. The best I would be able to do is a low pressure ampoule of fluorine gas, which still will require a lot of work.
I ve heard there are some type of transparent polymers made out of flurine itself which are transparent and non reactive to flurine so can you store it in those ampoules.
0:30，is it the antimony or the antimony compound？
He explained this in the video: Explosive antimony is an allotrope of antimony, that is it is an elemental form of antimony
thank u@@JGHFunRun
my pookie bear. Thats actually NOT correct! C- in chemistry >:(