DV-1611
## Introduction
X-ray diffraction is a technique used to determine the structure of a molecule. The molecular structure is determined by analyzing the diffraction pattern obtained from the interaction of X-rays with the crystal. The diffraction pattern is obtained by recording the diffraction of X-rays from the crystal as a function of wavelength. The diffraction pattern is a function of the atomic structure of the crystal, and can be used to determine the atomic structure of the crystal.
## Theoretical Background
X-ray diffraction is a technique used to determine the structure of a molecule. The molecular structure is determined by analyzing the diffraction pattern obtained from the interaction of X-rays with the crystal. The diffraction pattern is obtained by recording the diffraction of X-rays from the crystal as a function of wavelength. The diffraction pattern is a function of the atomic structure of the crystal, and can be used to determine the atomic of the crystal.
When light is incident on a surface, it can be either reflected or diffracted. The reflection and diffraction phenomenon have a relationship with the periodicity of the crystal. If the periodicity of the crystal is uniform, the reflected light will be maximum, and the diffraction phenomenon will be minimum. Conversely, if the periodicity is not uniform, the reflected light will be minimum, and the diffraction phenomenon will be maximum.
The fundamental equation used in X-ray diffraction is Bragg's law, which is given as:
2dsinθ = nλ
where d is the crystal interplanar spacing, λ is the wavelength of the X-ray, θ is the diffraction angle, and n is the order of diffraction.
## Experimental Procedure
### Sample Preparation
The sample sample will be prepared prior to the experiment. The sample will be prepared by dissolving the sample in a solution of salt and water. The sample will be prepared each to the setup by dissolving the sample in a solution of salt and water.
### X-ray Diffraction
The sample sample will be placed into the X-ray diffraction apparatus. The diffraction pattern will be recorded as a function of wavelength. The diffraction pattern will be determined by analyzing the diffraction of X-rays from the crystal as a function of wavelength. The resulting diffraction pattern will be analyzed to determine the structure of the molecule.
## Conclusion
X-ray diffraction is a technique used to determine the structure of a molecule. The molecular structure is determined by analyzing the diffraction pattern obtained from the interaction of X-rays with the crystal. The diffraction pattern is obtained by recording the diffraction of X-rays from the crystal as a function of wavelength. The diffraction pattern is a function of the atomic structure of the crystal, and can be used to determine the atomic structure of the crystal.
## References
[1] Wikipedia, [X-ray diffraction](https://en.wikipedia.org/wiki/X-ray_diffraction), 2022-03-26.
[2] Wikipedia, [Bragg's law](https://en.wikipedia.org/wiki/Bragg%27s_law), 2022-03-26.
[3] Wikipedia, [Diffraction](https://en.wikipedia.org/wiki/Di
3月 13日 2014年
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