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RF transmission line systems Higher Order Mode (HOM) Damping systems Temperature Controlled water-cooling systems Multi-megahertz pulsed Cam-Shaft beam kicker system Document ongoing and completed work
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, you will conduct experimental work on electrolyzers and fuel cells including hydrogen, water, and CO2 and/or other related electrochemical devices and their components in The Energy Conversion Group
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on developing and evaluating technologies around all forms of heat pump plus thermal energy storage systems. Current project focuses include developing and demonstrating controls for space conditioning and water
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support for environmental compliance programs, including but not limited to, air quality, hazardous materials management, sanitary sewer, and surface water quality. · Assist in preparing regulatory
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, fabricate and characterize materials, interfaces and their assemblies for electrochemical energy conversion systems. Conduct research in the fields of fuel cells, flow batteries, electrolysis (water, CO2
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the installation and/or operation of the following types of systems: Low conductivity and cooled water monitoring systems. Database management tools. Application of advanced sophisticated technological skills
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, or equivalent industrial experience. Experience with the installation and/or operation of the following types of systems: Low conductivity and cooled water monitoring systems. Database management tools
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cooled water monitoring systems. Database management tools. Application of advanced sophisticated technological skills, scientific principles and mathematics. Electronic equipment and electronics
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Energy Laboratory (NREL), and Lawrence Livermore National Laboratory (LLNL) to improve the efficiency and increase the durability of photoelectrochemical (PEC) devices which use sunlight to split water
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strong acids, pyrophoric materials, water-reactives, peroxide formers, etc. Experience developing and reviewing safety of synthetic protocols (i.e., determining risks involved in pressure, temperature