Nathan Richner work email
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Nathan Richner personal email
Research in magnetic plasma confinement, particularly in context of advancing controlled nuclear fusion. Current work includes maintenance, calibration, and analysis of magnetic arrays on the DIII-D tokamak; study of neoclassical tearing mode physics and nonlinear tearing mode coupling physics.Previous work was focused on the study of magnetic activity present during local helicity injection, a nonsolenoidal tokamak startup technique. Designed, constructed, and calibrated several magnetic diagnostic probes. Utilized these diagnostics in experiments investigating the role of instabilities and magnetic turbulence in local helicity injection relaxation and current drive.
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Magnetic Diagnostics On-Site LeaderDiii-D Sep 2023 - PresentSan Diego, Ca
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Postdoctoral ResearcherOrau Aug 2021 - PresentDiii-D, General Atomics, San Diego, Ca -
Graduate Student ResearcherUniversity Of Wisconsin-Madison Sep 2015 - Aug 2021Working on Pegasus Toroidal Experiment with a team of researchers investigating local helicity injection (LHI) for nonsolenoidal tokamak startup:• Designed, constructed and calibrated three insertable probes to measure mean magnetic field and fluctuation activity• Designed and implemented associated processing electronics for magnetic probes • Developed LabVIEW code to interface Pegasus data acquisition with probe digitizers• Conducted set of experiments using probes to characterize the magnetic activity present during LHI as a function of relevant operational and physical parameters• Developed code set in IGOR Pro to aid in interpretation and analysis of fluctuation data, specifically performing digital filtering, power spectral density analysis, correlation analysis• Performed correlation and Fourier analysis on measured magnetic activity to assess role of magnetic activity in LHI relaxation and current drive• Designed and implemented mechanical and electrical infrastructure used in a 4.7 MJ capacitor bank to be used for electromagnet systems in upgraded Pegasus-III facility• Assisted with operation of Pegasus facility, including facility startup and shutdown, personnel and system safety monitoring, debugging and repair -
Graduate Teaching AssistantUniversity Of Wisconsin-Madison Sep 2016 - Dec 2016Madison, Wisconsin, United StatesDepartment of Nuclear Engineering, Nuclear Engineering 427: Nuclear Instrumentation Laboratory (~15 students):• Oversaw lab section, helped students with radiation detection instrumentation, experimental research, data acquisition, and standard research tools• Responsible for safe handling of radioactive sources used in lab section -
Undergraduate Research AssistantSpace Sciences Laboratory Jun 2014 - Aug 2014• Contributed to research team investigating use of atomic layer deposition to improve functionality and properties of microchannel plate (MCP) technology• Conducted range of experiments to test functional characteristics of MCPs, including resistance, gain, image uniformity, and overall performance as function of lifetime
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Undergraduate Student ResearcherSpace Sciences Laboratory (Ucb) Feb 2013 - Aug 2013• Contributed to research team investigating use of atomic layer deposition to improve functionality and properties of microchannel plate (MCP) technology• Conducted range of experiments to test functional characteristics of MCPs, including resistance, gain, image uniformity, and overall performance as function of lifetime
Nathan Richner Education Details
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Boulder City High SchoolValedictorian
Frequently Asked Questions about Nathan Richner
What company does Nathan Richner work for?
Nathan Richner works for Orau
What is Nathan Richner's role at the current company?
Nathan Richner's current role is Postdoctoral Researcher at DIII-D.
What is Nathan Richner's email address?
Nathan Richner's email address is na****@****rau.org
What schools did Nathan Richner attend?
Nathan Richner attended University Of Wisconsin-Madison, University Of Wisconsin-Madison, University Of California, Berkeley, Boulder City High School.
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