XAS


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AcronymDefinition
XASX-Ray Absorption Spectroscopy
XASX-Linked Alport Syndrome (biomedicine)
XASExperimental Air Specification Weapons
References in periodicals archive ?
The XAS 90's controls are grouped on a single panel to provide quick, hassle-free operation.
The XAS 185 features a fully automatic regulator that constantly varies the engine speed according to air demand, which minimizes fuel consumption.
The degree of improvement is seen to be different for different monomers employed in plasma, dioxane and xylene/Ar being the largest for Hercules AD 584 and Grafil XAS 556, respectively.
Because XAS is relatively new, progress in assessing functional group characteristics, particularly at the nitrogen K-edge, is lacking.
XAS is usually divided into the extended x-ray absorption fine structure (EXAFS) with photoelectron energies above [approximately equal to]70 eV, and the x-ray absorption near edge structure (XANES) in the 0 eV to 70 eV range.
Both aspects of XAS (NEXAFS and EXAFS) have many practical applications such as research on polymers, catalysts and surface/interface chemistry.
CHAPTER 4 - Structural Changes during Heating and Cycling of Layer-Structured and Olivine-Structured Cathode Materials Studied by HRTEM and In Situ XRD and XAS CHAPTER 5 - Safety Limitations Associated with Commercial 18650 Lithium-Ion Cells CHAPTER 6 - Thermo-Chemical Process Associated with Electro-Active Materials/Electrolyte and Recent Developments towards Safe Lithium-Ion Battery
XAS is widely used to study the atomic-scale structure of materials and is currently employed by hundreds of research groups in a variety of fields, including ceramics, superconductors, semiconductors, catalysis, metallurgy, geophysics, and structural biology.
XAS is usually divided into the extended x-ray absorption fine structure (EXAFS) with photoelectron energies above approximately 70 eV, and the x-ray absorption near edge structure (XANES) in the 0 eV to 70 eV range.
HZB is planning the construction of the Energy Materials In-situ Laboratory Berlin (EMIL) at the synchrotron light source BESSY II Part of EMIL labs will deal with the preparation and analysis of silicon-based semiconductor structures for photovoltaic research , and for that home to a preparation and integrated X-ray analysis system which comprises the following components 1) connected to said X-ray beamline analysis chamber, the typical X-ray analytical methods home (XPS, XES, XAS, etc.