The radiation affects our silica relays.

Falsebottom with anechoic coating to absorb xrays.

Moreover, solidified lacquer can be highly protective coating.

So let's redraw your silica line in here.

Next, what you'd do is add in the silica.

Surprisingly, forerunners have used laquer as the coating material for 10,000 years.

It is unique among natural coating materials on earth and also artificial ones.

We learned how to pack a column using cotton, sand, and silica gel.

On top, you have this fine layer that you're dropping in on top of silica gel.

This is now where your silica is, but as you see, the original green band has separated into two distinct bands now.

So in this case, let's say that our column was pretty crooked, what you would see instead, this is the silica line.

What you got is silica pathways to the brain, or whatever it is you call that thing you pretend to think with.

And as this proceeds, again you'll see the silica line, but the separation between the two bands will actually become more and more distinct.

And now kinetic and architectural firms like Grimshaw are starting to look at this as a way of coating buildings so that they gather water from the fog.

Remember that the stationary phase is the silica gel or other material inside the column, and the mobile phase is the solvent that you pour into it.

All lenses have a slight color tinge to them, mostly due to the anti reflective coating. The tinge can be canceled when the respective data is known for the lens.

The silica will take up most of your column, and you would be using that to fill almost all of it, just pouring it all in until it reaches a line of, say, about here.

We came to understand and to prove that the brown coating that we see today was not done by Leonardo da Vinci, which left us only the other drawing that for five centuries we were not able to see, so thanks only to technology.