Thermal imager & Chemical Reactions!

[@markshafranov9199]

7:08 Damn, this tiny bug makes the explosion ten times more epic

[@lashamartashvili]

A true superbug in action, hopefully harmless. If it posed a threat to humans, we'd lose. Neither cold, nor fire, nor explosion, nor the nastiest chemicals could exterminate them.

[@evilotis01]

it prob didn't end well for him

[@Melancholic_Fox]

6:49

[@AndrewGillard]

If NurdRage has taught me anything, it's that flies are fatally attracted to chemistry 😹

[@PS-vk6bn]

It's a moth you can see it falling at 7:02

[@spiderdude2099]

Lol, that one bug was like “yo, wtf did I just fly into??”

[@haseo8244]

Most likely fungus gnat from drain or houseplant lol.

[@spiderdude2099]

@@haseo8244 it looked more like a hover fly

[@RobsMiscellania]

I've been with you since the beginning, and I've got to say that your channel has come a long way. The things you manage to capture on camera for our benefit are intense. I haven't been a consistent Patron for a while, but I promise to do so once my financial situation stabilizes. Keep up the solid work bro!

[@robertlapointe4093]

A thermally imaged polymerization might be nice. Say styrene with 0.1% azo(isobutyronitrile) (AIBN), warm up to ~ 80C (to start cracking the AIBN) and watch the temp jump to 200C or so as the polystyrene forms.

[@sinxerely6313]

You really see the beauty of chemistry when you see the reactions in slow motion. Stunning!

[@mikebel74]

That was awesome. Chemistry as an art form. Love this channel!

[@stephenfranklin6980]

I'd love to see hydration of different anhydrous salts! Comparing them to their individual binding energies to compare the data to the thermal output. I also think it would be really interesting to see some phase change reactions like spontaneously freezing a supercooled fluid (latent heat/temperature change) and the effects of pressure changes (also maybe thermal sonoluminescence? That might take some extra resources). By the way I've loved watching the improvements you've made with this channel over the last while, and I think your English has also improved a lot since your earlier videos!! Keep up the amazing work!!

[@joshuaspeer2503]

I'd really like to see a thermal camera of a simple exothermic reaction, like NaOH and HCl, but allowed to slowly mix, like if a separating membrane was removed

[@filonin2]

The spontaneous reaction of oily rags catching fire would be neat.

[@JADES-GS-z13-0]

It'll be fun to see radioactive decay though thermal camera.

[@comsigninc]

As always. the video exceeds expectations. Well done!

[@walmartskills]

As a person who knows little about chemical reactions i find it interesting that two cryogenic liquids being mixed can result in such a high temp reaction

[@Basement-Science]

Something very simple you could try: Soak a paper towel from one corner with acetone. Since it evaporates so readily at room temperature, I imagine you could see the liquid soak the paper, followed by the temperature dropping significantly along the towel. And when you get bored of it you can always set it on fire too. ;)

[@Jonodrew1286]

Awesome to see with a thermal camera - I think Mg2Si + HCl. Would look good

[@lordsqueak]

Ooohhhh brilliant! You just took Chempunk videos up a notch. Thermal camera is a must from now on.

[@libalj]

Not only is this video awesome by it's self, the last few segments are also good demonstrations how the JWST will see through dust clouds.

[@MarinusMakesStuff]

Also very nice to see that the dishes actually seem to be cooling down from the reactions.

[@darianballard2074]

I love chemistry and should have a new video soon. I always enjoy your videos

[@BackYardScience2000]

can't wait for your new video! is it going to be a Bitchute exclusive? or will it be on multiple platforms? your videos are some of the best and I really, really enjoy them and learn a lot from them. keep up the great work, man! oh, on a side note, I've been saving up some chems to send to you as a donation to your channel. when I get a few more I'll be sending them and will need a place to send them to. when you get the chance, message me and let me know where to send them to so that you can get them quickly.

[@darianballard2074]

@@BackYardScience2000 Thanks The new upcoming videos will be on both youtube and BitChute, so long as youtube doesn't take them down. They've been leaving my videos alone for about a year now. I'm working on using gun cotton as is and powdered nitrocellulose to load shotgun shells. After that I will be moving on to Xylitol pentacetate and I know youtube will leave that one alone. I will be using the pentacetate to make 1,2,3,4,5-Pentakis-nitrooxy-pentane after that. I will send you an E mail with my address and a different email that i use more often. 😁

[@cheeseburger118]

Precipitation of supersaturated sodium acetate would be a good one! Also maybe just supercooled water freezing? Those probably both give off quite a bit of heat

[@DaftFader]

That fly at 3:10 had me swatting my screen lol!

[@pcgupta9]

Chlorine Trifluoride please sir

[@vdvideocity]

Great reactions! Thanks!

[@violentdesire7325]

Wonderful imagery, thank you for doing this

[@infinitum432]

Super cool! Awesome as always - Thanks for sharing! 👍👍👍

[@MrJef06]

Very cool. I read that explosion of TATP is endothermic, is that something that could be observed with the thermal camera? It might be a tough one though 😉

[@reisilva2940]

thermite reactions would be cool under this camera,! thx for the video, big fan!

[@MadScientist267]

Very nice as always

[@Dominik9283]

Insane shots!!!

[@Pilk_]

Thermally imaged comparison of temperature increase caused by dissolution of alkali hydroxides (i.e. LiOH, NaOH, KOH...) or similar series to compare heat of dissolution.

[@Speeder84XL]

I was thinking thermite at first, when asked for more ideas about reactions😊. But then taught "I wonder if the camera goes that high", then the comment came about "no fire in the reactions please" 😄. But yeah - awesome footage anyway. One thing that may look cool and is well within the cameras range, is hot ice (sodium acetate) when it "freezes".

[@OTOss8]

I don't know anything about chemistry (apart from what I've learned watching your channel). How difficult/expensive would it be to make barium manganate (BaMnO4). Would it always be cheaper to buy it from a chemical supplier or could it be produced in a lab relatively inexpensively by someone who knows what they're doing? Cheers.

[@samuelb6960]

Awesome as usual.

[@m.parikshith247]

You are very under rated bro..... I advice you to pull up some ads on youtube for more publicity this might drastically change the status of your channel 😄

[@letsgetsteve]

What thermal camera are you using here? Keep up the great work!

[@thecodgod32]

Thanks for keeping chemistry in our life's!!!!!

[@uncle_thulhu]

KMnO⁴ + glycerine? And can it cope with something hotter? Thermite, for instance? High-voltage arc?

[@cgweycbuweyuv]

I'd like to see the difference in combustion temperature between acetylene and deuterated acetylene

[@YounesLayachi]

8:00 "no any fires in the reactions plz" Well at least none intentionally xD

[@planetbuster]

Potassium permanganate + Glycerine. could be interesting. And was also the chemical reaction that sparked the interest in chemistry in my childhood. Even if accidentally discovered when trying out with the contents of my Cosmos chemistry set.

[@SuperAronGamerMNO]

Unrelated to thermal imaging, but I would really like to see what one of the reactions that produces ammonium chloride looks like in slow motion from further away, if it's possible. I don't know what your setup looks like, so I don't know where you can place the camera.

[@karolus28]

wait but doesn't glass block the IR light? so if it's through glass the temperature of the stuff in the flask is much higher, and it actually shows lower themperature because the glass takes time to heat up

[@fooferutter3001]

Not all glass and iirc even for those that do, how much they block is dependent on thickness.

[@karolus28]

@@fooferutter3001 ok

[@SkigBiggler]

@@karolus28 Yeah, modern IR imaging typically works through glass fine, and most glass is transparent to near IR, it’s not transparent to UV a lot of the time though, or to far infrared. So very cold objects probably couldn’t be imaged using IR through normal glass, but anything at a normal-ish temperature should emit black body radiation at a high enough wavelength for it to pass through glass.

[@oitthegroit1297]

How hot would something like sodium azide, or lead azide become when they decompose (the latter explosively)?

[@simman275]

Thanks boss.superb

[@StuffandThings_]

I wonder if you could do reactions of various fuels or other organic molecules that contain a lot of energy, with something like this. Like thermal imaging kerosene and liquid oxygen (a common rocket fuel mix), or perhaps liquid methane and liquid oxygen, etc. Might be fun to compare the various temperatures each can produce with combustion. Might even be safer than some of the stuff you typically play around with lol.

[@brfisher1123]

Try viewing the reaction of regular old liquid oxygen and liquid ozone with aluminum powder under that thermal camera!

[@ChemicalForce]

Hey! I heard about it many times and I'll definitely try it!

[@m.parikshith247]

or H2 + Cl2 ------>2HCl

First

[@ChemicalForce]

First!

[@jomanout5866]

Hello ChemicalForce When I get starbucks coffee, it always has the same pattern as some chemical reactions do when two dissimilar liquids are mixed. I don't notice it every time but many times the behavior of it looks so similar to some chemical reaction. I get an iced coffee with only the classic syrup, no cream. In sunlight it shows well for a few minutes after the coffee is made. I've always wondered what's going on in there

[@MadScientist267]

Dunno but shouldn't be much "reaction" happening lol

[@PS-vk6bn]

Most epic moment is the fall and rise of the incredible moth starting at 7:00!

[@michaelweniger9928]

Polycondensation of Nylon would be interesting (to me - at least).

[@elfwired]

Maybe sodium acetate crystallization will be interesting in thermal camera view.

[@trevorsimmons1768]

Can you link to the thermal camera you are using?

[@ChemicalForce]

Hey! Xtherm T3Pro www.infiray.com/uploads/file/datasheet-t3s-t3pro-ir-camera-for-android-phone.pdf

[@ZoonCrypticon]

As an idea for your next thermal video: You could place different "cold" mixtures (various salts commonly used for cold packs) in beakers next to each other. The same for "hot" mixtures.

[@m3taldragon1]

Could you please do a video on CLF3(Chlorine Triflouride)? It's an incredibly dangerous chemical, but has some one the most interesting properties in terms of temperature, and the fact that it combusts with basically any other organic matters.

[@Drencromalicious]

Not only organic materials... Asbestos, water, concrete and KZbinrs react hypercholic with ClF3. Or ClF5.

[@m3taldragon1]

@@Drencromalicious Glass too... it has to be contained using a special kind of polymer FEP I believe.

[@thorild69]

So could this be used to have very cold liquids reacting with high temperatures to stress fracture rocks? Drill holes in, pour in ammonia, pour in the chlorine, break rock. Just stand clear of the holes, please!

[@spiderdude2099]

Oooh pretty colors :3

[@explorefackdrpchemicalsand2398]

Hi sir nice videos, how can I contact you, I need anti iron formula sir

[@BackYardScience2000]

the permanganate and peroxide one really did look like a volcano in the thermal video. very cool! but what about doing it with 50%+ peroxide? a sort of, devil's toothpaste, so to speak?

[@DreStyle]

Wasnt it that glass reflect the thermal camer so that the reading is off?

[@salihkurdi1545]

Nice

[@metalblack4697]

👍

[@trevorvanbremen4718]

I was about to suggest Unsymmetrical Di-Methyl Hydrazine + Nitrogen Tetroxide... Right up until your last comment... I guess KMnO4 + Glycerine and NI3 + Friction/Light/most anything are also off limits for the same reason?

[@ChemicalForce]

Reactions with 🔥fire🔥 are a bad idea for a sensitive thermal imager lens 🤨 Heating or cooling only.😉

[@trevorvanbremen4718]

@@ChemicalForce Fair enough... However... That doesn't preclude using an ORDINARY camera (or better still, an ultra high speed one)... It'd help remind me of my (misspent / experimental) youth a few decades ago... LOL (Making nitroglycerine was fun... Setting it off though... Not so much. I had to pay to replace neighbours windows and I was VERY poor back then)

[@particleonazock2246]

One through the lens of Google Glass, please!

[@Fruckert]

People say piranha solution is a hot, angry liquid, and I'm curious how hot it actually gets

[@terawattyear]

You got a bug in the cloud - a la Chem Player! The only thing you could do more impressively would be to get these videos on IMAX. Bravo!

[@r0cketplumber]

The user interface of the camera is poorly thought out, the coldest temp is shown in blue and has near-zero contrast against the generally blue image. All the text displays need a high contrast border of some sort to make them visible.

[@ChemicalForce]

It has multiple color palettes, I just chose that color palette 🙄

[@TheRealBanana]

Damn it would be cool if thermal cameras were also high speed.

[@ZoonCrypticon]

@0:38 I think that is similar to how the "Predator" was playing around with his detector, prior to the encounter with his mud-covered undetectable enemy Arnold Schwarzenegger.

[@obtrunco]

Did anyone missed that flying insect in 7:11 ?

[@karolus28]

cool

[@vegaquarker]

3:18 am i the only one who tried to kill the mosquito on the screen? hahahah, it's on the video!

[@Jkauppa]

Try making aluminium metal easily and cheaply and simply through NaOH electrolysis, Na reduction of Al2O3, Na2O + water => NaOH, cycle continues

[@Jkauppa]

Na is liquid at 100C, all the temps are easy to operate and keep

[@BackYardScience2000]

New video idea: proving or busting the myths about deadly chemical gases being made when household products are mixed together and showing what they produce and why it's an extremely bad idea to mix household chemicals. An example would be mixing bleach with various other cleaning products like ammonia (both dilute and concentrated), acetone, toluene, etc. I think most of us know about hypochlorite and acetone making chloroform, but the rest are still of interest and I'd venture to Guess that several still don't know. It's something that you see on the news a lot these days, that people think that they can mix cleaning supplies and make a solution stronger at cleaning than the starting chemicals alone and they ended up either hurting themselves, or others, extremely badly or they kill themselves by doing it. It would be great to see a video showing many of those reactions. Just a thought....

[@phoephoe795]

It might be interesting to see some more endothermic reactions?

[@MadScientist267]

Indeed. Exo is dime a dozen... But for good reason lol

[@MrDjafal1]

Thats fcking cool dude. Love your videos :) Hope you are doing well

[@theonewhowas7709]

6:26 how the hell does people know what chemical reactions take place and what their names are while its happening.. i mean.. how to they even figure that out

[@pitunakkon1429]

so jeah, i work with organometallics and want to see you playing with some DIBALH

[@fgsfds6303]

7:03 F to the moth

[@fgsfds6303]

Oh sh~ - he's alive

[@MrTheSmoon]

polimerizations

[@bmzaron713]

I really hope to meet you one day

[@m.parikshith247]

NO + O2---> 2NO2 Test This one

[@elfwired]

I wonder if Belousov-Zhabotinsky reaction will show something interesting in thermal or UV view. If not, it still NEEDS to be filmed by a professional, if you know, what I mean.

[@Pridemare]

Dude! I broke my monitor because i tryed to smash the mosquito ah 3:15, thanks for that :(

[@2mc29]

I LOVE YOU

[@CodyT362]

How about a reaction video of you observing the chemical reactions LOL

[@TvshkaHumma]

I sure wish we were friends!, I'd be nagging to come hang out daily!

[@3dprintingpassion567]

Sodium in Water