atomizer

It's nice to be able to wind my own atomizer coils at my desk.

You put it in a tank, then pump it through an atomizer, and set it on fire. You can transport it easily, it works anywhere, and you can run a car on it.

I have an EVO-D battery with a vivi nova atomizer tank. This works pretty well for me.

An EMS supplier sells a single "kit" with an intranasal atomizer for <$48 [2]... Someone on Reddit sent me 4 vials of naloxone.

I think this is a non issue if you don't let your atomizer gunk up, which inhibits heat transfer from the coil. I'm alarmed at the ubiquitous use of aldehydes in flavorings.

The vast majority of spray painting today is with airless paint atomizers, where the paint itself is compressed and sprayed without the use of air.

The spray angle for these is large compared against the simple pressure atomizer described previously.

Tiny stick in your pocket with disposable pods vs giant eVapeDick that needs you to stop and disassemble it to fill it or change out the atomizer and blows giant unnecessary clouds. Source: 25 year smoker, switched to vaping in 2010.

They have something in between true electropaint, and rotary atomizer. What is the exact advantage over plain electropainting is unclear to me

Is it correct to compare pm10 generated by combustion engines with pm10 generated by an atomizer that vaporizes a pharmacy-grade pure- and in theory harmless- substance? Would the same instruments have classified as pm10 water droplets of the appropriate size?

Your inhalation isn't what causes the atomizer to heat up, but rather there's a pressure sensor in the atomizer that your inhalation triggers, causing the battery to kick on and the element to heat up.

The article you link to says that that curcumin can't cross the blood-brain barrier and the researchers had to "develop an atomizer to generate a curcumin aerosol" to deliver it intranasally. I too have read about the benefits of curcumin and try add turmeric to my meals whenever I remember but this article makes me question if it's actually reaching my brain.

Seems novel in that they are combining the best of current rotary atomizers and electrostatic guns, and removing the need for compressed air. If you look at current electrostatic guns, they mostly seem to use compressed air to atomize the paint. Rotary atomizers still use air to direct the paint to the surface. So they get better transfer efficiency through electrostatics, and the rotary atomizer part probably allows them to use paints with lower VOCs further reducing emissions. That said it does look like there already exists rotary atomizers that also use electrostatics.