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pre-poster start time |
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P1-1 |
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16:30 |
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Development of a Collective Thomson Scattering Diagnostic System on SNU X-pinch device |
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J. Lee |
P1-2 |
16:32 |
Quantifying Uncertainties for a Coherent Thomson Scattering System with Bayesian Sensitivity Analyses on the Synthetic Data on X-pinch Plasmas |
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Y.S. You |
P1-3 |
16:34 |
Development of correlation ECE system for electron temperature fluctuation measurement in LHD |
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M. Gong |
P1-4 |
16:36 |
The Co-located arrangement of microwave imaging diagnostics on EAST tokamak |
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J.L. Xie |
P1-5 |
16:38 |
The poster by X. Li has been changed to P2-1 |
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P1-6 |
16:40 |
The poster by J. Xie has been changed to P2-2 |
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P1-7 |
16:42 |
Simulation of fringe normalization for analyzing phase shift in plasma diagnostic using laser interferometry |
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S. Lee |
P1-8 |
16:44 |
Operation of the upgraded single crystal dispersion interferometer (SCDI-U) and its measurements in KSTAR during abrupt and large density changes |
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D.-G. Lee |
P1-9 |
16:46 |
The poster by Y.Y. Liu has been changed to P2-3 |
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P1-10 |
16:48 |
Application of Multichannel Doppler Reflectometer for Fluctuation Measurements in GAMMA 10/PDX Anchor Heating Experiment |
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J. Kohagura |
P1-11 |
16:50 |
Highlighted studies of turbulence, flow shear and mode structure in MAST-U using UCLA Doppler Back-scattering system |
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C. Michael |
P1-12 |
16:52 |
First Data and Preliminary Experimental Results From a New Doppler Backscattering System on the MAST-U Spherical Tokamak |
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P. Shi |
P1-13 |
16:54 |
Stray light suppression for Thomson scattering diagnostic on linear magnetized plasma device |
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Z. Lin |
P1-14 |
16:56 |
The optical design of a vertical Thomson scattering system on SUNIST-2 |
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C. Liu |
P1-15 |
16:58 |
Performance of JT-60SA Thomson scattering data analysis system |
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M. Akimitsu |
P1-16 |
17:00 |
Twin synthetic diagnostic for the design and exploitation of the WEST high-resolution Thomson Scattering diagnostic. |
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M. Carole |
P1-17 |
17:02 |
THE WEST THOMSON SCATTERING DIAGNOSTICS |
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G. Colledani |
P1-18 |
17:04 |
Polarimetric Thomson scattering to reduce Te and ne measurement uncertainty in high performance ITER operating regimes |
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D.J. Den Hartog |
P1-19 |
17:06 |
Analysis of Dual Laser Thomson scattering signals on W7-X |
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F.A. D'Isa |
P1-20 |
17:08 |
Improvement of signal-to-noise ratio in Thomson scattering diagnostics by an accumulation of 100 laser pulses within 5 milliseconds |
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H. Funaba |
P1-21 |
17:10 |
Development of a LIDAR Thomson Scattering Diagnostic For DTT |
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L. Giudicotti |
P1-22 |
17:12 |
Development and first results of the edge Thomson scattering diagnostic with compact polychromators on the HL-2M Tokamak |
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S.B. Gong |
P1-23 |
17:14 |
Cavity Ringdown Lamb Dip Spectroscopy at Balmer Alpha Line of Atomic Hydrogen for Measuring Electric Field in Plasma |
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K. Sasaki |
P1-24 |
17:16 |
Development of Ghost Imaging Absorption Spectroscopy |
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M. Aramaki |
P1-25 |
17:18 |
Nonlinear Effect of Gas Flow on Helium Metastable Atoms in Weakly Ionized Gas Jet |
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H. Cho |
P1-26 |
17:20 |
Design and Functional Testing of Cesium Atomic Concentration Detection System Based on TDLAS |
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LZ. Liang |
P1-27 |
17:22 |
Comparative study of detached H/D plasmas using laser Thomson scattering and spectroscopy in the linear plasma divertor simulator NAGDIS-II |
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J. Shi |
P1-28 |
17:24 |
Studies of Laser-produced Multi-ionized Plasmas for Soft X-ray and EUV Light Sources using Collective Thomson Scattering |
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K. Tomita |
P1-29 |
17:26 |
Development of the Thomson scattering measurement system for cascade arc device with indirectly heated hollow cathode |
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K. Yamasaki |
P1-30 |
17:28 |
cancelled |
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P1-31 |
17:30 |
Electric Field Measurements in N2:CO2 Ns-APPJ by E-FISH Technique |
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N.D. Lepikhin |
P1-32 |
17:32 |
Exploring high energy density plasmas sustained over inertia time by the interaction between high intensity laser and structured medium |
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Y. Kishimoto |
P1-33 |
17:34 |
Interferogram Analysis of X-pinch Plasmas Using Lens-pair Configuration and Synthetic Dark-field Schlieren Image |
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S. Bong |
P1-34 |
17:36 |
Dense Plasma Diagnostics with a Nomarski Interferometer Using a Frequency-tripled Ti:sapphire Laser |
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H. Lee |
P1-35 |
17:38 |
Diagnostics of a Laser-Produced Plasma With High Density-Gradient Using a Double-Grating Differential Interferometer |
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K. Roh |