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We demonstrate a high dynamic range (DR) Fourier-transform-based terahertz (THz) spectrometer by combining a THz photomultiplier tube (PMT) with a metasurface and a conventional Michelson interferometer. Because the THz-PMT response depends on the incident electric-field strength following the Fowler–Nordheim equation, we can directly obtain an electric field interferogram without any synchronized optical probe pulse in contrast to conventional THz-time-domain-spectroscopy (THz-TDS). The DR of the corresponding power spectrum using the proposed method was 4.6 × 105 without the use of a lock-in amplifier. The complex refractive index of a quartz glass plate obtained using the proposed method was in good agreement with the results of conventional THz-TDS.

PR12-1 Study on Efficient Use of Positron Moderation Materials /A. Kinomura et al. (28P12-1) [51], PR12-2 Effects of Electron-irradiation on Cu Solubility and Diffusivity in Fe Studied by Three Dimensional Atom Probe /K. Nagumo et al. (28P12-2) [52], PR12-3 Irradiation Defects of F82H Irradiated at SINQ Using Positron Annihilation Spectroscopy /K. Sato et al. (28P12-3) [53], PR12-4 Study on Irradiation Effect and Electrical and Optical Properties of Compound Semiconductors /K. Kuriyama et al. (28P12-4) [54], PR12-5 Validation of D3×t0.5 TEM Disk Size Miniature Test Specimens for Post-irradiation Thermal Diffusivity Measurement /M. Akiyoshi and A. Kinomura (28P12-5) [55], PR12-6 Positron Annihilation Study on Fe-Cr binary alloy after Electron Irradiation /T. Onitsuka et al. (28P12-6) [56], PR12-7 Thermal Stability of Diamond-like Carbon Films /S. Nakao et al. (28P12-8) [57], In case that corrections are made, an errata will be provided in the following webpage: http://www.rri.kyoto-u.ac.jp/PUB/report/PR/ProgRep2016/ProgRep2016.html

CO4-1 Millimeter Wave Absorption Spectra of Ionic Liquids. T. Awano and T. Takahashi (27008) [71], CO4-2 Synthesis of Metal Nanoparticles and Nanocomposites by Gamma-ray Irradiation Reduction Method. F. Hori et al. (27019) [72], CO4-3 Gamma-ray Induced Photocurrent of Field Emitter Array and Cadmium Telluride-Cadmium Sulfied Photodiode. Y. Gotoh et al. (27021) [73], CO4-4 The Development of AMOC System for KUR Positron Beam Facility. K. Nagumo et al. (27023) [74], CO4-5 Basic Study on Radiation-induced Luminescence from Natural Mineral. H. Fujita et al. (27032)[75], CO4-6 Study of the Scientific Properties of Water and the Physiological Activation Phenomena by Using High-Intensity Pulsed Coherent Radiation. S. Okuda et al. (27036) [76], CO4-7 Analysis of Circularly Polarized CTR Using Babinet-Soleil Compensator. T. Takahashi (27073) [77], CO4-8 57Fe Mossbauer Spectra of Normalconducting Sr2CrFeAsO3-d. T. Otsuka et al. (27074)[78], CO4-9 Complex Structure of Ions Coordinated with Hydrophilic Polymer. 16. Application for Metaric Plating on Resin Surface. (1). A. Kawaguchi and Y. Morimoto (27075) [79], CO4-10 Interactions of Deuterium with Defects Created in Tungsten by Irradiation of High Energy Electrons. Y. Hatano et al. (27082) [80], CO4-11 Effect of Ion Species on Defect Formation near Surface of GaSb by Ion Irradiaiton. C. Watanabe et al. (27084) [81], CO4-12 Electron Beam Test of Avaranche Photodiode for Ganymede Laser Altimeter of Jovian Icy Satellite Exploerer. M. Kobayashi et al. (27085) [82]