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What is k edge absorption?
In science and physics, k-edge absorption is when the shell of an electron in that atom cannot eject the K shell electron. This typically occurs when there is too many photons occurring at once.
What is an absorption pipette?
An absorption pipette is a glass apparatus used in the absorption of gases.
Another word for absorption?
absorption
What is a sentence with absorption?
Spongebob is an absorption.
What is the verb for absorption?
The verb for absorption is absorb. As is "to absorb something".
How do circular folds increase the surface area for digestion and absorption in the intestine?
Folds increase the surface area to volume ratio.Imagine a circle with folds all around the edge and another circle the same size with a flat edge. Both circles have the same volume, but the one with the folds has a much larger surface area.
What are the different types of absorption column?
Major types of Absorption columns are liquid-liquid absorption columns, Gas-liquid absorption columns.
Is the esophagus digestion absorption or elimination?
absorption
How do you say 'absorption' in french?
'absorption' (fem.)
What is an absorption line?
An absorption line is a line which corresponds to the absorption of electromagnetic radiation at a specific wavelength.
What is burstein-moss shift?
The Burstein-Moss shift is the phenomenon where the absorption edge of a semiconductor material shifts to higher energies as the doping concentration increases due to the filling of the density of states above the bandgap. This shift is caused by the Fermi level moving closer to the conduction band edge, leading to increased electron occupancy and resulting in a higher absorption threshold.
How x-ray mass absorption can help in getting near monochromatic x-ray beam for xrd?
The structured absorption on the high-energy side of an x-ray absorption edge. The absorption edges for an element are http://www.answers.com/topic/abrupt increases in x-ray absorption that occur when the energy of the incident x-ray matches the binding energy of a core electron (typically a 1s or a 2p electron). For x-ray energies above the edge energy, a core electron is ejected from the atom. The ejected core electron can be thought of as a spherical wave propagating outward from the absorbing atom. The photoelectron http://www.answers.com/topic/wavelength is determined by its kinetic energy, which is in turn determined by the difference between the incident x-ray energy and the core-electron binding energy. As the x-ray energy increases, the kinetic energy of the http://www.answers.com/topic/photoelectron increases, and thus its wavelength decreases.
