A far better catalyst is actually Cobalt ions (in complex). I wrote an experimental essay on this reaction last fall so unfortunately I couldn't take help of your great video :) subscribed
Awesome! Do you think that hydrochloric acid could be used in place of acetic acid, with pH tested every mL or so added after the theoretical amount needed to neutralize the ammonia? (I'm cheap, and stingy with stuff I can't buy OTC)
@Phacias Luminol solutions will indeed fluoresce when exposed to UV light, but it's completely unrelated to the chemiluminescent reactions. In fluorescence, the high energy UV light excites the molecule, which relaxes and emits lower energy light, in this case in the visible range. The difference in energy ends up as heat. The luminol is unchanged. In the chemiluminescent reactions I have shown, the luminol is destroyed and the immediate reaction product is in an excited state.
Can you write the response patterns of sum scores and give the by one compounds name?
staszek300 3 weeks ago
A far better catalyst is actually Cobalt ions (in complex). I wrote an experimental essay on this reaction last fall so unfortunately I couldn't take help of your great video :) subscribed
Bilbo940 3 months ago
nice work, much better than my approach with the aluminum and sodium metabisulfite.
NurdRage 7 months ago
awesome
fmeriqui 7 months ago
Awesome! Do you think that hydrochloric acid could be used in place of acetic acid, with pH tested every mL or so added after the theoretical amount needed to neutralize the ammonia? (I'm cheap, and stingy with stuff I can't buy OTC)
ChemCrazy81 7 months ago
Bravo sir! I am addicted to Your channel :) Does Luminol emit light under UV?
Phacias 8 months ago
@Phacias Luminol solutions will indeed fluoresce when exposed to UV light, but it's completely unrelated to the chemiluminescent reactions. In fluorescence, the high energy UV light excites the molecule, which relaxes and emits lower energy light, in this case in the visible range. The difference in energy ends up as heat. The luminol is unchanged. In the chemiluminescent reactions I have shown, the luminol is destroyed and the immediate reaction product is in an excited state.
UC235 8 months ago
@UC235 I know how luminescence works sir. Just asking about a property of that compound :)
Thanks for Your precise answer.
Phacias 8 months ago
@Phacias Just sayin' Other viewers might be interested in that info.
UC235 8 months ago
Great work,!! What's up next ?????
aaronjhard 8 months ago
@aaronjhard Something easy. Then I will go back to a longer project.
UC235 8 months ago
You are amazing UC. Amazing.
~sammy
ItsNeuroscience 8 months ago
Great video!
coolliger 8 months ago
wow! That reaction is great in DMSO! awesome job, I cant wait to give this a try.
hkparker 8 months ago
Very nice. So what's next for UC235?
Xyrosis 8 months ago