The method of obtaining the x-ray spectrum of a substance by means of an oscillating crystal, originated with the Braggs in 1914. It is this principle that is employed in the operation of this unit. It is sincerely hoped that this x-ray diffraction unit will serve as a basis for later diffraction experiments
The following topics are discussed: the diffraction geometry of X-radiation on the spatial lattice ...
This chapter discusses the experimental methods used to study the diffraction of X-rays and neutrons...
The investigation is concerned with monocrystals, X-ray interferometer. The aim to be attained is in...
Some work has recently been done in this laboratory in the analysis of the molecular arrangement in ...
The study of materials by diffraction methods started about 100 years ago with the pioneering experi...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...
Starting from the discovery of Roentgen\u2019s X-ray (Ro\ua8ntgen 1895), I here reconstruct the vari...
Diffraction studies with x-rays give information concerning spatical periodicity within a substance ...
In the followiug pages an outline in the study of X-rays leading to the discovery of diffraction of ...
We have developed a new type of a high resolution X-ray spectrometer. This is a Johann-type crystal ...
Introductory -- Diffraction of waves -- The x-ray spectrometer -- The properties of x-rays -- Crysta...
The properties of synchrotron radiation relevant to single-crystal X-ray diffractometry are: its hig...
X-ray Diffractometry is a very useful analytical technique to achieve detailed information about the...
The theory and application of diffraction by long, x-ray wavelengths are discussed. Four methods obt...
The high brilliance over a wide spectral range up into the hard X-ray region, the small source size ...
The following topics are discussed: the diffraction geometry of X-radiation on the spatial lattice ...
This chapter discusses the experimental methods used to study the diffraction of X-rays and neutrons...
The investigation is concerned with monocrystals, X-ray interferometer. The aim to be attained is in...
Some work has recently been done in this laboratory in the analysis of the molecular arrangement in ...
The study of materials by diffraction methods started about 100 years ago with the pioneering experi...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...
Starting from the discovery of Roentgen\u2019s X-ray (Ro\ua8ntgen 1895), I here reconstruct the vari...
Diffraction studies with x-rays give information concerning spatical periodicity within a substance ...
In the followiug pages an outline in the study of X-rays leading to the discovery of diffraction of ...
We have developed a new type of a high resolution X-ray spectrometer. This is a Johann-type crystal ...
Introductory -- Diffraction of waves -- The x-ray spectrometer -- The properties of x-rays -- Crysta...
The properties of synchrotron radiation relevant to single-crystal X-ray diffractometry are: its hig...
X-ray Diffractometry is a very useful analytical technique to achieve detailed information about the...
The theory and application of diffraction by long, x-ray wavelengths are discussed. Four methods obt...
The high brilliance over a wide spectral range up into the hard X-ray region, the small source size ...
The following topics are discussed: the diffraction geometry of X-radiation on the spatial lattice ...
This chapter discusses the experimental methods used to study the diffraction of X-rays and neutrons...
The investigation is concerned with monocrystals, X-ray interferometer. The aim to be attained is in...