| 著者 |
発表者 |
招待
講演 |
講演番号 |
ショートタイトル |
予稿集本文 |
| NISHIOKA, Michi |
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R005-P25 |
Geomagnetic Conjugation of Nighttime MSTIDs in Japan-Australia Based on GNSS Observation |
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R005-P32 |
EPB occurrences over Indonesia during a geomagnetic storm in August 2024 (stay in Bandung) |
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R005-P33 |
Empirical Study of Vertical ExB Drift Velocity for Post-Sunset EPB Forecast |
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R005-P37 |
Development and Evaluation of AI Models for Automatic Scaling from VIPIR |
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R005-P38 |
Horizontal structures and movements of sporadic E layers observed with ionosonde receiver network |
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R006-30 |
Slow recovery of the plasmaspheric electron density during the severe geomagnetic storms |
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R010-22 |
Statistical analysis of blackout prediction parameters using ionosondes |
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R010-P02 |
Geomagnetic Response to Solar X-ray and EUV Emissions during Major Flares from 2010 to 2014 |
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R010-P07 |
Effects of Ionospheric Disturbances on GNSS Positioning during the Geomagnetic Storm on May 2024 |
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R010-P17 |
Indicators and Thresholds for Space Weather Phenomena (Telecommunications and Broadcasting) |
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| NISHITANI, Nozomu |
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R005-P04 |
A strong local-time dependency on the occurrence of noctilucent clouds over Hokkaido, Japan. |
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R006-P02 |
Signatures of energetic electron precipitation observed with OCTAVE VLF/LF transmitter signals |
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R006-P22 |
2D distribution of the density obtained by applying the DTFT to the FLR data from SuperDARN radars |
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R006-P23 |
Quarter-Wave Resonances: Coordinated Observations by SuperDARN, Magnetometers, and Arase |
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R010-11 |
Ionospheric convection associated with low-latitude auroras ? dependence on geomagnetic activity |
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R010-P05 |
Magnetosphere?Ionosphere Responses to Solar Wind Dynamic Pressure Pulse |
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R011-04 |
A study on the effects of noise in the imaging process for the SuperDARN Hokkaido East radar |
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R011-12 |
Latest status of the data management of the SuperDARN network (2025) |
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| NISHITANI, Ryusuke |
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R011-P03 |
Preparation of PDS4-compliant SLIM Multiband Camera Data Archive |
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| NISHIYA, Yusei |
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R009-26 |
Study of global SEP precipitation into Martian atmosphere based on PTRIP and MAESTRO models |
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| NISHIYAMA, Takanori |
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R005-07 |
Research on the impact of the 2022 HTHH Eruption's water vapor anomaly on PMC activities |
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R005-14 |
RIDE campaign: |
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R005-P02 |
Operations of single-board computer-based all-sky digital camera systems at multiple sites |
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R005-P09 |
Investigation of energetic particle precipitation events on the polar mesopause region |
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R005-P12 |
Development of a near-IR heterodyne spectrometer for helium in the thermosphere |
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R005-P13 |
Statistical variability of He airglow brightness observed at the KHO, Longyearbyen |
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R005-P19 |
Current status and future prospects of the EISCAT_3D project |
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R005-P22 |
Analysis of Westward Traveling Surge Using the Aurora Tomography Method |
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R005-P39 |
Spatiotemporal structure of a sporadic Ca{sup}+{/sup} layer ?short-period height variation? |
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R006-P45 |
Characteristics of Quasi-Co-rotating Auroras at Syowa Station, Antarctica (2023?2024) |
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R006-P56 |
Visible and far ultraviolet auroral imagers for the future satellite mission FACTORS |
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R010-14 |
Impact of ionospheric disturbances on next generation SBAS broadcast from QZSS in the Arctic |
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R011-13 |
Online Integrated Research Platform for Large-Scale Data Analysis of EISCAT_3D |
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| NISHIZAWA, Mutsuki |
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R006-P44 |
Retitive occurence of Polar Rain Aurora Across the Solar Cycle |
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| NISHIZUKA, Naoto |
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R010-P14 |
Forecast of CIR-driven geomagnetic storms using the deep neural networks |
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| NOBARA, Takeshi |
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R010-P04 |
Solar microwave spectral observations using the Yokosuka Radio Polarimeter : Initial Findings |
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| NOBUKAWA, Kumiko |
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R010-16 |
Lower Thermospheric Response to the Geomagnetic Storm in October 2024 Revealed by X-ray Observations |
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| NOBUKO, Miyairi |
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R011-16 |
Future of research object IDs |
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| NODA, Taisei |
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R006-12 |
Pulsating aurora electrons observed by LAMP sounding rocket |
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| NOGUCHI, Katsuyuki |
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R009-32 |
Aerosol transport by traveling waves in the Martian atmosphere studied with MRO/MCS data |
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R009-34 |
Vertical profiles of SO2 in the Venus cloud layer from Akatsuki radio occultation |
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R009-36 |
Science Goals of OPENS-0: Outer Planet Exploration by Novel Small Spacecraft |
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R009-P14 |
CO2 supersaturation in the Martian southern polar night |
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| NOGUCHI, Reiri |
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R011-P06 |
Shape-Preserving Embedding of Coronal Hole Sequences to Predict Radiation Belt Electron Enhancements |
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R011-P07 |
Automatic FLR Detection from Geomagnetic Spectrograms Using Deep Learning and Morphology |
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| NOGUCHI, Rina |
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R003-P11 |
Induction Vector Analysis of InSight Magnetic Data to Constrain Martian Mantle Structure |
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| NOGUCHI, Tomofumi |
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R006-P12 |
EMIC Waves Observed During an Injection Event in Jupiter's Magnetosphere Based on Juno's Observation |
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| NOSAKA, Hideyuki |
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R005-P20 |
Development of Wideband Antennas for Simultaneous VLBI and Atmosphere Observation. |
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| NOSE, Chizuru |
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R009-P17 |
Response of the Venusian hydrogen exosphere to the solar wind variations by Hisaki and VEX |
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| NOSE, Masahito |
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R006-12 |
Pulsating aurora electrons observed by LAMP sounding rocket |
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R006-P03 |
LAMP sounding rocket, ground-based all-sky imager and Reimei satellite observations |
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R011-02 |
Metadata conversion and registration of research data in institutional repositories |
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R011-06 |
Application of Symbolic Regression to Solar-Terrestrial Physics Data |
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R011-07 |
Explainable machine learning of the dark count observed by an Earth-orbiting UV telescope |
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R011-14 |
An IIIF-based Portal for Historical Magnetogram Records |
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R011-P08 |
Climatology of Pi2 activity deduced from a machine-learning-based analysis of the Wp index |
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| NOZAKI, Kenro |
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R005-P45 |
Analysis of Sporadic E Layers Using FMCW Ranging and HFD Doppler Observations |
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| NOZAWA, Hiromasa |
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R010-P19 |
Development and Implementation of Student Experiments Using Solar Wind Data |
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| NOZAWA, Satonori |
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R005-04 |
Development of a time-delayed multi-beam method and its implementation to the Tromso Na lidar |
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R005-P02 |
Operations of single-board computer-based all-sky digital camera systems at multiple sites |
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R005-P10 |
Atmospheric waves from the mesosphere to the thermosphere observed by Na lidar and EISCAT at Tromso |
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R005-P16 |
Analysis of gravity waves observed in Tromso, Norway using an OH-airglow imager and a sodium lidar |
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R005-P17 |
Sodium lidar observations using a Faraday filter in the Arctic: initial results |
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R005-P19 |
Current status and future prospects of the EISCAT_3D project |
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| NOZAWA, Satoshi |
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R010-17 |
Effects of Large-Scale Space Weather on the Earth's Upper Atmosphere from Satellite Orbital Changes |
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| NUMAZAWA, Masaki |
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R006-33 |
Status of GEO-X mission |
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| NURHASAN, Nurhasan |
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R003-04 |
2D MT Inversion with Impedance and Tipper using KLU, Cholesky, and BiCGSTAB Solvers |
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