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Tomoya Tamadate
Tomoya Tamadate
在 umn.edu 的电子邮件经过验证
标题
引用次数
引用次数
年份
Calculation of the ion–ion recombination rate coefficient via a hybrid continuum-molecular dynamics approach
T Tamadate, H Higashi, T Seto, CJ Hogan
The Journal of Chemical Physics 152 (9), 2020
182020
The charge reduction rate for multiply charged polymer ions via ion–ion recombination at atmospheric pressure
T Tamadate, H Higashi, CJ Hogan, T Seto
Physical Chemistry Chemical Physics 22 (43), 25215-25226, 2020
92020
Ion-neutral clustering alters gas-phase hydrogen–deuterium exchange rates
HM Schramm, T Tamadate, CJ Hogan, BH Clowers
Physical Chemistry Chemical Physics 25 (6), 4959-4968, 2023
72023
Evaluation of Hydrogen–Deuterium Exchange during Transient Vapor Binding of MeOD with Model Peptide Systems Angiotensin II and Bradykinin
HM Schramm, T Tamadate, CJ Hogan, BH Clowers
The Journal of Physical Chemistry A 127 (42), 8849-8861, 2023
62023
Virtual impaction in compressible flows with pressure recovery
SM Eilts, T Tamadate, ME Relling, IA Marabella, CJ Hogan Jr, BA Olson
Journal of Aerosol Science 167, 106076, 2023
52023
Silicon nanocluster anion-argon cation recombination via hybrid continuum-molecular dynamics calculations
T Tamadate, CJ Hogan Jr
Journal of Aerosol Science 163, 105994, 2022
42022
Conformation-dependent dynamics of macromolecular ions in the gas phase under an electrostatic field: A molecular dynamics simulation
T Tamadate, T Orii, H Higashi, Y Otani, M Kumita, T Seto
Aerosol Science and Technology 53 (3), 260-267, 2019
42019
Experimental evidence of a strong image force between highly charged electrosprayed molecular ions and a metal screen
瀬戸章文, 大谷吉生, 汲田幹夫
Aerosol and Air Quality Research 16 (12), 3055-3062, 2016
42016
Water-based particle size magnifier for wet sampling of aerosol particles
E Ito, T Tamadate, Y Inomata, T Seto
Aerosol Science and Technology 55 (11), 1239-1248, 2021
32021
A neural network parametrized coagulation rate model for< 3 nm titanium dioxide nanoclusters
T Tamadate, S Yang, CJ Hogan
The Journal of Chemical Physics 158 (8), 2023
22023
Centrifugal force-based particle collection unit: A long-term solution for pre-filtering system
O Akasaka, T Tamadate, T Seto
Advanced Powder Technology 35 (6), 104464, 2024
12024
How does the packing density of a metal screen affect the mechanism for catching highly charged nanoparticles?
T Tamadate, T Fujimoto, HJ Choi, H Higashi, Y Otani, T Seto
Journal of Aerosol Science 119, 22-30, 2018
12018
Surface-Enhanced Raman Scattering on Size-Classified Silver Nanoparticles Generated by Laser Ablation
S Kenmotsu, M Hirasawa, T Tamadate, C Matsumoto, S Osone, Y Inomata, ...
ACS Omega, 2024
2024
The influences of jet axis switching and aerodynamic focusing on aerosol deposition in converging–diverging slit impactors
Y Park, T Tamadate, BA Olson, TE Schwartzentruber, CJ Hogan Jr
Journal of Aerosol Science 180, 106389, 2024
2024
Latent-to-sensible heat conversion kinetics during nanoparticle coalescence
A Ojha, T Tamadate, CJ Hogan
The Journal of Chemical Physics 160 (21), 2024
2024
Modeling titanium dioxide (TiO2) nanoclusters using a 2D sectional method with molecular dynamics (MD) determined coagulation rates
N Srinivasan, G Shim, T Tamadate, S Zou, L Li, CJ Hogan Jr, S Yang
Journal of Aerosol Science 179, 106361, 2024
2024
Aerosol collection efficiency enhancement in HVAC systems through electrical field-Induced filter media polarization
Y Knobloch, J Morán, M Ereth, D Hess, F Stamatatos, B Rizzo, BA Olson, ...
Science and Technology for the Built Environment 30 (5), 498-509, 2024
2024
Measurements of the thermophoretic force on submicrometer particles in gas mixtures
L Li, SK Loyalka, T Tamadate, D Sapkota, H Ouyang, CJ Hogan Jr
Journal of Aerosol Science 178, 106337, 2024
2024
Supporting data for Silicon Nanocluster Anion-Argon Cation Recombination via Hybrid Continuum-Molecular Dynamics Calculations
T Tamadate, C Hogan
2022
気中 Sub-10nm 粒子のローパスフィルターの開発
T SHOJI, T TAMADATE, H HIGASHI, T SETO
粉体に関する討論会講演論文集 57, 147-150, 2019
2019
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