I’m not a scientist, but we can infer that when you use a hose and spray against the walls of your home, you are creating an ozone structure. This is an ozone structure that causes a layer of ozone to form over your walls. This layer can also exist in the outdoors with your trees and plants providing an ozone layer.
Theoretically, it sounds like a neat idea, but in practice it can cause some real issues. The ozone layer is very thin, so if you spray on your walls you can create a hole in your ozone layer, which can lead to your home’s interior smelling like a gas station for days. It can also lead to some serious headaches, so you might want to avoid spraying all over your walls.
You can build your own ozone layer, and there are many great DIY projects on the internet for it. Or you can just take your ozone and create your own. This is exactly what I did. I found a great tutorial on how to build your own ozone by using a little bit of ozone and a little bit of water. And then I just filled in the holes in my ozone layer, and voila, I had a very nice looking ozone structure.
In order to get your ozone layer to be very high in the air, you need a lot of ozone. To make a one gallon jar, you’ll need a quart of ozone, which is about four cans of regular drinking water mixed together. Then you’ll need a few small cups of soda, and then you have a bit of a problem. You need a large flat plate of copper.
That’s because copper is a good conductor of electricity, so there’s no way you can put a full jar in a copper plate. Not to mention that copper is expensive, and you’re not exactly going to want to add it to your water supply (unless you can use it in a commercial application). You’re also going to want to use a long-lasting container (like a plastic soda bottle) for the water.
The copper plate you need is a little bit bigger than the plate of copper you need. Why? Because copper is an insulator, meaning that it doesn’t conduct electricity like a good conductor. There are always some places in a copper plate that are very conductive, so youll want to be careful and have a really good ground. Also, don’t forget to check your plate before you start cooking.
The way to check your plate is to put it in a cup of cold water, then pour a little bit of salt in it and put it back in the cup. If it still comes off, you know your plate is good. If you pour the salt water on it and it comes off, you know your plate is bad.
A copper plate is a conductor. That means that if you put your hand on a copper plate, you can see it as a conductor. This is useful if you want to make a circuit with a copper plate. The problem is that if you put the plate in a cup of cold water, you can see it as a conductor, but not a good conductor. So, as the old saying goes, “if you cant see it, you cant touch it.
You can also remove a copper plate from a cup of cold water and it becomes a bad conductor. As the old saying goes, if you cant see it, you cant touch it.
This is one of those problems that can be solved by putting your finger on a copper tape, but it’s worth bearing in mind.
