wow, in a Well-ventilated area, liquid expands about 240 times to become a vapor, then needs to dilute even more to ignite. heavier then air it lays on the ground, which means will settle in low spots, check down wind, before trying this at home kids. Lol....
As you know, I love cryogenic videos 😊 Thanks for all your great content. You could get a little bit higher yield by discharging the propane into styrofoam cup instead. Better yet, stick the nozzle as far down into a thermos as you can before releasing the propane. Even better yet, pre-cool the thermos by placing it in a freezer with no lid, or cooling it with ice water first (and dump it out).
Awesome advice! Thank you my friend! I appreciate you and your enjoying my videos. I always appreciate your comment and support! Have a great weekend! 😊
It gets colder than liquid propane in Yellowknife. Propane boils at -44F. Coldest temperature recorded in Yellowknife was -60.4F. So just go north if you want to freeze vegetables.
I did not know how cold the propane actually was, but my butane lighter fluid bottle does feel very cold when shaken. This was very interesting to watch! Thank you for sharing, Brian! I find it fascinating that this can be used as an alternative to liquid nitrogen. 👍🏻😎🥶
Thank you very much Andrew 😊! Yes it was a very cool experiment. And for people who can't get liquid nitrogen it's a cool way to do cryogenic experiments, even though it's not as cold as actual liquid nitrogen, it still works.
Propane is listed as a refrigerant. As well as butane (you will find that this is what is in consumer chest freezers) butane gets much colder -140F
Dear god I just hope that there was nothing to provide anything like a spark around there.
Now that will make a Bi-Propellant ROCKET motor! 😱🤪😁👍👍🇺🇸
Looks like a snowstorm around the cup.
We are gonna start calling you "BAM BAM"! 😱😁🤪🤣👍👍🇺🇸
LOL 😆🤣😂🇺🇸
wow, in a Well-ventilated area, liquid expands about 240 times to become a vapor, then needs to dilute even more to ignite. heavier then air it lays on the ground, which means will settle in low spots, check down wind, before trying this at home kids. Lol....
As you know, I love cryogenic videos 😊 Thanks for all your great content. You could get a little bit higher yield by discharging the propane into styrofoam cup instead. Better yet, stick the nozzle as far down into a thermos as you can before releasing the propane. Even better yet, pre-cool the thermos by placing it in a freezer with no lid, or cooling it with ice water first (and dump it out).
Awesome advice! Thank you my friend! I appreciate you and your enjoying my videos. I always appreciate your comment and support! Have a great weekend! 😊
@@BrianBaxterScience Thank you! You too!!
It gets colder than liquid propane in Yellowknife. Propane boils at -44F. Coldest temperature recorded in Yellowknife was -60.4F. So just go north if you want to freeze vegetables.
I did not know how cold the propane actually was, but my butane lighter fluid bottle does feel very cold when shaken. This was very interesting to watch! Thank you for sharing, Brian! I find it fascinating that this can be used as an alternative to liquid nitrogen. 👍🏻😎🥶
Thank you very much Andrew 😊! Yes it was a very cool experiment. And for people who can't get liquid nitrogen it's a cool way to do cryogenic experiments, even though it's not as cold as actual liquid nitrogen, it still works.
Ladies and gentlemen no smoking Please
yo I’m back Brian I’m emw from like a long time ago but I got 300+ subs
Hey! Yeah I remember you, I'm glad you're back and thanks for contacting me 😊! Thanks for staying in touch! Good to see you again!