Solid State

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In the study of solid state, it is instructive to work up from the simplest exam
ple.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.

We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.

We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.

We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.

We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.

We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.

We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there. In the study of solid state,
it is instructive to work up from the simplest example.
The simplest example is the H atom.
From the H atom, we can develop a nomenclature that can then be extended to the
diatomic molecule.
From the diatomic molecule, we can then consider the linear chain solid.
We can then consider crystalline solids from there.

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