Відео

laughed hard when you cussed the camera bud, i know im 7 years late to comment this but im still young and juicy

I wonder what happens to the microwave on that video

I wish BMW made them brighter, they are so weak....could someone retrofit a Miromoto XB fog lights in the housing.

Should have angled the plates so it didn't reflect the heat rite back at the hot plate. Seems that would make that side hotter. maybe? Also when you wrap a tube it reflects the heat in all diffrent directions due to the nature of the tube. May work better on a curved surface.

Have fun with berylliosis.

Use steel.

How many watts is the microwave

Also... heat rises. The reflect tape is only going to reflect the infrared. The tape isnt going to insulate against convection.

#stopmicrowaveabuse

Just likw the microwave DEW's our military is using to incinerate California. All metals are toasted causing homes to burn inside out, wile plastic trash cans and playground equipment and trees and shrubs are left relatively unscathed. Hope you did that outside. Couldn't imagine the smell.

Impressive!! What kind of pulse power was triggered. Capacitor, I assume. What was the capacitance (uF) and initial and final voltage?

Fuk test

In my opinion the 2 test pieces should be an enclosed or semi enclosed with the temp readings from inside. Maybe use a couple tubes long enough so that the open ends are not affected by the heat source. This will simulate the true purpose of the heat wrap. It’s not like you are only covering the part of t your intake that faces your headers. With all that said I’m really glad someone decided to test this product to see if it actually work and not just using it because you see your friends with it. Thanks.

Your wasting my time,take this stupid gimmick off,

I had simular results when I tested two different heat shielding products vs raw aluminum. Testing was done with both a space heater and an oven eye, the shielded products heated up MUCH more than raw aluminum strips. That said, the myaudis4.com guy did a test with air flowing through a pipe, and saw a significant heat reduction using shielding products.

That cheap meter is fire proof wow😂

what controller are you using and what motor

That looks scary

It wasn't an emperical, scientific test. I was just messing around with scraps I had. Thanks for the suggestions, though.

no wonder if the unwrapped plate is much bigger. Try to do it with same sizes or even with the same plate on the same position in order of time.

awesome

Good Explanation

No one can immitate h is voice

Thanks for putting the work in it is nice that people try these things. Like below I did notice that a much larger percentage of the DEI plate was over the hot plate. I would expect more heat to be introduced to the material. If you are still doing experiments maybe try to get them a little more even. Thanks!

I loved the test you did!!! 🤓👌👍💪 could you do more!!??? I'd love to see dynamat vs a high heat resistant ceramic maybe? Or Fat Mat vs lizard skin?

😂😂😂

Smaller plate different controls failure experiment

Interesting, but a couple problems I see with your experimental setup - hear me out, this isn't an attack, merely observations: 1) The aluminum samples are not the same size (different thermal mass = different temperature increases of the same power over the same time). 2) The gold-film covered sample is over the top of the heat-plate more than the larger uncovered sample (more thermal energy input = more temperature rise in the same time, even if the samples were the same size) 3) The clamp load on the samples by the stand affects how much of a heat sink the stand is, you need to use thermal insulators to hold the sample. 4) The heat-plate is designed for heating via conduction, not radiation - use an quartz IR heat source, or a bathroom heat bulb instead. 5) You have placed the samples over the convection air column (heat rises), meaning, you are contaminating the experiments purpose with another heat transfer mode. The samples should be placed vertically facing the radiation heat source, out of any and all air flows. 6) Just because paint is black does not make it a good radiator of heat - some darker commercial paints are being produced with IR reflective properties, which reduce head gain under sun-load. Use a refractory heat emissive paint which is specifically designed to radiate heat from the painted sample. 7) Your "control" temperature sensor, is also not set up to absorb IR heat - it should be painted black, like with a flat heat emissive paint. 8) Another rule of thumb, flat-painted or rough surfaces is better than glossy-painted or smooth for use with IR sensors. 9) Really you should measure the temperature of your samples with a conductive measurement - otherwise you are adding another radiation step into the experiment. In the lab I worked in, we ALWAYS used a calibrated thermocouple to obtain accurate material temperatures. If you then use an IR imager to look at the sample, you will see the temperature reading at the thermocouple, and can correct any errors generated by the IR imager. What you should probably do is place two samples of exactly the same size in the middle of a 1-foot-long tubular mineral fiber holder, those samples should be placed vertically behind a cutout which allows a known-size exposure to the IR source (like 4 square inches, 2"x2") with no IR allowed to pass to and "illuminate" the mineral fiber support structure. The tube will prevent convection from distorting the surface temperatures. You would also need to demonstrate that you have "calibrated" your test setup by placing a reference measurement element in each position (like a black painted temperature sensor). If your setup is good, from a given starting temperature and fixed ambient temperature, the rate of rise and ultimate steady-state temperature should be the same for the calibration sensor in both positions. Finally, having a control sample for each type where no radiated heat is applied to the samples, will help you measure the actual differences. Short of going through all of that hassle, this doesn't appear to be what I'd call "good data" on how the gold film performs when applied to aluminum with respect to radiated heat.

i did it jk

The reason why this happens is because the flame is actually a plasma. And if you don't already know, plasma is electrically conductive. So it's basically like sticking tinfoil (which is conductive) in the microwave. The RF (radio frequency) in the microwave is picked up by the conductive object, which acts sort of like an antenna, and it actually generates an electric current. Having nowhere to go, the voltage is very high - it will arc to wherever, but typically it will arc from the sharpest edges.

Shouldn't the plates be flipped in order to see how well it dissipates heat?

Great test! Funny results! It's fair, as the area of the aluminum sheet that can dissipate heat is now smaller (only one side). Are these infrared vision things bloody expensive?

Hi and thx for the vid! What about the LED, i might it will be a XML CREE led possibly? thx for the reply and sry for my poor english skills xD

If I had a Uranium Ore, it would of become my new pet rock. XD

+Aperture Controls A Radioactive rock, That's An interesting rock, LoL;DD Thanks For Showing, Cheers Mate;DDDDDDDDDDDDDDD

Thanks for the video, Im considering these for a retrofit, what did you think of the output of the light?

thanks for posting the size, i've been looking all over for that.

I know this video's a year old by now, but what you really ought to do next time is get a noise level meter in there when you fire it. Might be fun to see. Because, to be honest, it doesn't sound like a very large rifle when I hear it, and I don't know if that's the camera you've got that's cutting the sound off or whether it's actually not quite that loud.

Pretty bad idea to do this insie..

Aperture Controls Good Circuit Board Making Machine there;D Thanks For Showing, Cheers Mate;D

Alex LOVED this. And the second camera shot was beautiful! I wonder... What was in the bottle though? Was that just water, or empty?

I like to bypass the safety microswitches and have some fun with the unshielded magnetron before I throw away the casing ;)

Magnetron most likely survived that.........

Mmmm Smells nice...there is juice everywhere :)

What brand was that? And yeah, i understand why you hate them, they kind of creep me out. lol

You should take them back to the store and say they went flat...........

Definitely think it is now rated CatV.

Excellent video!