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| Jonathan
A. Huang Undergraduate Student ('06) Hinman Box 1158 Dartmouth College Hanover, NH 03755 |
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| Education: Dartmouth College: B.A. in Mathematics and Physics, expected graduation: 2006. Budapest Semesters in Mathematics: study abroad program in Budapest, Hungary. Princeton University: Internship at Princeton Plasma Physics Laboratory (June - September 2005). Research projects: Studied the behavior of a test particle in interaction with an N-particle system of harmonic oscillators having various frequency distributions using the FORTRAN programming language. (Advisor: Roberto Onofrio). Developed a highly modular general coordinate transformation package, GCT, used to simulate the total perturbed magnetic field from assumed helical and poloidal flux perturbations using the IDL programming language. (Advisor: Jon Menard). Improved upon a predictive free-boundary auto-convergient axisymmetric equilibrium solver (ISOLVER) using the von Hagenow method to compute the boundary flux value. (Advisor: Jon Menard). Publications: "Development of a free-boundary auto-convergent equilibrium solver", submitted to DOE Journal of Undergraduate Research. "Calculations of the perturbed magnetic field from internal kink and tearing modes in high-beta NSTX plasmas using the IDL programing language", submitted to DOE Journal of Undergraduate Research and Journal of Young Investigators. |
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