Ion beam mixing is the atomic intermixing and alloying that can occur at the interface separating two different materials during ion irradiation.[1] It is applied as a process for adhering two multilayers, especially a substrate and deposited surface layer. The process involves bombarding layered samples with doses of ion radiation in order to promote mixing at the interface, and generally serves as a means of preparing electrical junctions, especially between non-equilibrium or metastable alloys and intermetallic compounds. Ion implantation equipment can be used to achieve ion beam mixing.
intermetallic compounds. Ion implantation equipment can be used to achieve ionbeammixing. The unique effects that stem from ionbeammixing are primarily a result...
more chemically resistant to corrosion. Ion implantation can be used to achieve ionbeammixing, i.e. mixing up atoms of different elements at an interface...
S2CID 123595658. Bjorkas, C. (2009). "Assessment of the relation between ionbeammixing, electron-phonon coupling, and damage production in Fe". Nucl. Instrum...
including ion implantation and ionbeammixing. There are also a number of materials analysis techniques based on electrostatic acceleration of heavy ions, including...
contributions to the understanding of amorphous alloy formation by ionbeammixing." In 2001, Liu was elected an academician of the Chinese Academy of...
conversion coating Plasma electrolytic oxidation Phosphate (coating) Ionbeammixing Pickled and oiled, a type of plate steel coating Plating Electroless...
diffusion at a junction of the two elements, and other methods including ionbeammixing.[citation needed] Nickel silicides are generally chemically and thermally...
fuel ions that are independently accelerated to fusion energies using a variety of particle accelerator designs or other means. One of the beams may be...
crossing points. The LHC primarily collides proton beams, but it can also accelerate beams of heavy ions, such as in lead–lead collisions and proton–lead...
beam and the target produces radioactive species, which are extracted through thermal diffusion by heating the target. The beam of radioactive ions is...
An ion laser is a gas laser that uses an ionized gas as its lasing medium. Like other gas lasers, ion lasers feature a sealed cavity containing the laser...
dissociate in free ions (Na+, Mg2+, Cl−, SO2− 4, HCO− 3) and migrate with the water into the capillaries of the concrete. Chloride ions, which make up about...
solids using ion-beam technologies. In solid-state electronics, he developed criteria for controlling the transformation of the structure of ion-implanted...
used to count ions while scanning their energy. The experiment was located at the ISOLDE Radioactive IonBeam Facility in CERN. The beam from ISOLDE was...
produce ions using an electrospray in which a high voltage is applied to a liquid to create an aerosol. It is especially useful in producing ions from macromolecules...
electric field of a very-high-harmonic laser beam. The electrons accelerate as they return to the parent ion, releasing higher energy photons at diminished...
secondary ion particles. These ions are transmitted through a mass spectrometer, where the masses are measured and identified. The primary ionbeam is rastered...
an energetic ionbeam and completes the acceleration process. Responsible for the spiky, fast ion front of the expanding plasma is an ion wave breaking...
plasma temperature. The problem with this colliding beam fusion approach, in general, is that the ions will most likely never hit each other no matter how...
negative ion generator or Chizhevsky's chandelier) is a device that uses high voltage to ionise (electrically charge) air molecules. Negative ions, or anions...
1991). "Configuration mixing of the level (23 537)o9/2 in Nd II deduced from the optical isotope shifts by collinear fast-ion-beam laser spectroscopy"....
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