Positive Ion Neutral Injector ?PINI?
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Components for Research Institutes Vacuum Systems

Components for Research Institutes The base for fundamental research on fusion energy is in general plasma research on big machines. The design, engineering and manufacturing of these machines and their components is an essential part of the research Knowledge from many fields has to be collected, sorted and applied to build and improve those research plants. How can energy be generated from fusion? Plasma of hydrogen has to be heated up to 100 Mill. °C and has be kept stable over some seconds. Besides the microwave heating the injection of high energy neutral hydrogen atoms acts as an...

Faraday Screen In RF-sources the discharge is kept running by irradiation of radio frequency. This Faraday screen, made from oxygen free copper screens the walls from discharge and RF Because of the heat at least the backplate has to be water cooled. Small . slots in the walls prevent the development of eddy-currents. Those components are suitable for use in high vacuum, the water feedthroughs are integrated. The Faraday screens shown are in use at IPP Garching and at Institute for plasma physics in Ahmedabad. A-PORT-Screening Scattered Plasma meets the walls of the confinement everywhere....

PVA TePla – The Company As a vacuum specialist for high-temperature and plasma treatment processes, PVA TePla AG is one of the world’s leading plant engineering companies. Its core competencies are in the fields of hard metal sintering and crystal growing as well as the use of plasma systems for surface activation and ultra-fine cleaning. With its systems and services, PVA TePla enables and supports the innovative manufacturing processes and developments of its customers, primarily in the semiconductor, hard metal, electrical/electronic and optical industries – as well as the energy,...