The importance of solid-state physics 1-crystal structure for non-molecules commemorating superconducting issue

I was so excited and excited since yesterday

There are overwhelming opinions that I don’t understand

That’s why you can’t talk about this on the table

Feel it and start writing information with the lowest level of difficulty

Especially when I talked about CDW, I saw that the reactions were getting intense

Properties vary depending on the atomic arrangement structure even if it consists of components such as pre-summary

1 Decision Crystal

Atoms come together to form matter, usually a crystal is made

Considering that the atomic arrangement structure is made into a periodic repetition

To make it easier for the general public to understand this

The atoms are arranged like tiles on the floor of the building

Think about it


The bathroom tile square shape is repeated

But even if tiles are laid, there is not only one shape of tiles that can be laid repeatedly


Like this

The area of this is crystalline structure, and not only physics, but also chemistry, chemical engineering, and new materials

The repeating unit that anyone learns of this is called the lattice lattice itself, and the arrangement of atoms that make up a lattice is called the base base

to put it simply

The repeated tile itself is a grid and the shape of the tile can be considered as the base

Tile from a two-dimensional perspective and brick from a three-dimensional perspective

The reason for studying the crystal structure is that it is the basis for understanding the properties of matter

The easiest example is a material that is composed of elements like carbon allotropes but has different structures

The famous allotropes of carbon are fullerene C60 carbon nanotubes CNT graphene graphene graphite diamond diamond diamond jewelry rings


All of the atomic arrangements of carbon isotopes are composed of only carbon atoms, and surprisingly, even these are only a few

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The interesting fact is that the properties of these carbon isotopes are different properties

First, carbon nanotube graphene graphite has the properties of metal in itself


The pencil lead is an electric conductor because it is made of graphite

But the jewelry diamonds sold at DeViers are non-conductors


Diamond, a material that has been proven to consist only of carbon but is not conductive

You’ll feel it when you see it They’re made up of only carbon, but they have different properties

That’s right.

As a result, the tile brick method in which carbon atoms are arranged is different

Modern solid-state physics begins with understanding these atomic arrangement structures

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