Earlier quoted context omitted.
The only problem is that the camera would not survive the first time you use that oven. High power microwaves happily destroy all manner of electronics.
Surely it can be shielded? IR and microwave wavelengths are nowhere even close to each other. The grill in my microwave door lets through visible light. And the electronics already present in my microwave seem just fine.
Science of Microwave Ovens (2016)
61–64 of 64 posts
Re: Science of Microwave Ovens (2016)
#62Earlier quoted context omitted.
The only problem is that the camera would not survive the first time you use that oven. High power microwaves happily destroy all manner of electronics.
Surely it can be shielded? IR and microwave wavelengths are nowhere even close to each other. The grill in my microwave door lets through visible light. And the electronics already present in my microwave seem just fine.
Re: Science of Microwave Ovens (2016)
#63If you're screwing around with microwave sources, I'll pass on a warning I got from one of my profs. Microwaves will heat your body up, but in a relatively harmless way. e.g. If you microwave your hands a bit, blood flow will transfer that heat out and things will remain pretty okay unless you really overdo it. Your eyes are an exception. They're orbs of aqueous humor that's mostly water, but have relatively little b…
What kind of protective goggles can help here ?
Re: Science of Microwave Ovens (2016)
#64Earlier quoted context omitted.
Surely it can be shielded? IR and microwave wavelengths are nowhere even close to each other. The grill in my microwave door lets through visible light. And the electronics already present in my microwave seem just fine.
Shielding is straightforward; styropyro on YouTube made a ridiculously overpowered oven, 20 kW, was able to film the interior via a small hole, camera was basically fine. https://youtu.be/mg79n_ndR68?si=F5RTVUWdxglMFm7X