Blot out substance in XPS

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Aug 6th, 2022
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How to blot out substance in XPS

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eps xps and polyiso three very similar forms of board insulation used in home construction and in the building construction industry in general in todayamp;#39;s video weamp;#39;re going to look into how they are made and compare their physical and chemical properties letamp;#39;s start with eps or expanded polystyrene the monomer styrene is composed of a benzene ring c6h6 and ethylene they are both made by the petrochemical industry under heat or by an initiator like benzoyl peroxide the double bond between the carbon atoms is converted into a single bond and a polymer chain called polystyrene is formed this liquid polystyrene is dropped in water to form droplets or beads this video shows how polystyrene pellets expand in the presence of steam commercially the polystyrene beads are expanded with blowing agents such as propane pentane and methylene chloride the eps beads are contained in a mold and then heat or steam is applied to it which causes the small beads to expand and fuse t

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Auger processes are induced by a number of mechanisms. The photoelectric effect can be used to create an inner atomic shell vacancy that leads to a subsequent shower of characterisitic X-rays and Auger electrons. This phenomenon was first observed by Pierre Auger when he exposed a cloud chamber to X-rays (Auger 1925).
The principle of Auger operates by allowing a high-energy electron from the beam to eject an electron from its orbit creating an empty hole in the orbit. As this occurs, another electron from a higher orbit moves to fill the empty space. As the electron changes from a higher to a lower orbit, it releases energy.
Auger electron spectroscopy Energies of Auger electrons (named after French physicist Pierre Auger), like energies of XPS photoelectrons, are characteristic of the individual chemical elements. Thus, it is possible to use AES to analyze surfaces in much the same way as XPS is used.
Because XPS is a surface technique, there is a limited amount of organic information XPS can provide. XPS is limited to measurements of elements having atomic numbers of 3 or greater, making it unable to detect hydrogen or helium. XPS spectra also take a long time to obtain.
XPS can detect submonolayer coverages, so proper sample handling is essential. As mentioned above, gloves should be worn and clean metal tweezers used to handle the sample without contacting the area of interest.
The Auger process starts with the removal of an inner shell atomic electron to form a vacancy. Several processes are capable of producing the vacancy, but bombardment with an electron beam is the most common. The inner shell vacancy is filled by a second electron from an outer shell.
XPS Spectroscopy can detect and quantify all elements except for H and He and provide chemical state information, making it a powerful survey analysis technique.
X-ray photoelectron spectroscopy and Auger electron spectroscopy. For XPS and AES the primary process is an ionization caused by either a photon or an electron, m + h m+* + e, or m + e m+*+ 2e, where m is an atom in the material.

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