journal papers
1. y. qin, j. ma, m. jiang, c. dong*, fu* h. y., l. wang* et al,data-driven modelling of landau damping by physics-informed neural networks,
physical review research, 5(3), 10.1103/physrevresearch.5.033079, 2023
2. w. cheng, fu*, h. y，l. wang，c. f. dong* et al., data-driven, multi-moment fluid modeling of landau damping, computer physics communications, 282, 108538, https://doi.org/10.1016/j.cpc.2022.108538，2023
3. y. qin, fu*, h. y., f. xu and y. jin, emwp-rnn: a physics-encoded recurrent neural network for wave propagation in plasmas, ieee antennas and wireless propagation letters, doi: 10.1109/lawp.2023.3321914, 2023.
4. y. sui, fu*, h. y. , d. wang, f. xu, s. feng, j. cheng, y. q. jin, sparse reconstruction of 3d regional ionospheric tomography using data from a network of gnss reference stations, ieee transanction on geoscience and remote sensing, 60, 4102615, 2021
5. z. shi, n. zhi*, fu*, h. y. et al, a method for dstec interpolation: ionosphere kernel estimation algorithm, ieee transanction on geoscience and remote sensing, 60，5804318，2022，doi: 10.1109/tgrs.2022.3218365.
6 fu*, h. y., jiang, m. l., vierinen, j., häggström, i., rietveld, m. t., varberg, e., et al. a stimulated emission diagnostic technique for electron temperature of the high power radio wave modified ionosphere. geophysical research letters, 49, e2022gl099390. https://doi.org/10.1029/2022gl099390, 2022
7. fu*, h. y., m.l. jiang, k. n. wang, j. wu, q. l. li, m. t. rietveld, e. varberg, i. haggstrom, y. q. jin, electron temperature inversion by stimulated brillouin scattering during electron gyro-harmonic heating at eiscat, 47(17)，geophysical research letters, 2020
8. fu*, h. y. , w. a. scales , p. a. bernhardt , y. q. jin , s. j. briczinski , asymmetry in stimulated emission polarization and irregularity evolution during ionospheric electron gyroharmonic heating, geophysical research letters, 45(18), 2018.
9. zhang, y. y., fu*, h. y. et al., physics-informed deep neural network for inhomogeneous magnetized plasma paramter inversion, ieee antennas and wireless propagation letters, 21(4), 828-832, 2022.
10. y. y. zhang, fu*, h. y. and y. sui, neural network model for parameter inversion in electromagnetic wave and plasma interaction systems, ieee transactions on plasma science, 48( 6), 2143-2152, 2020
11. j. zhang, fu*, h. y. , w. scales, fdtd analysis of propagation and absorption in nonuniform anisotropic magnetized plasmas, ieee transaction on plasma science, 46(6), 2018
12. fu*, h. y., w. a. scales, p. a. bernhardt, s. j. briczinski, m. j. kosch, a. senior, m. t. rietveld, t. k. yeoman, and j. m. ruohoniemi, stimulated brillouin scattering during electron gyro-harmonic heating at eiscat, 2015, annales geophysicae, 33(8): 983-990, 2015
13. fu*, h. y. , w. a. scales, p. a. bernhardt, a. samimi, a. mahmoudian, s. j. briczinski, and m. j. mccarrick stimulated brillouin scatter and stimulated ion bernstein scatter during electron gyroharmonic heating experiments, radio science, 48(5), 607-616, 2013
14. fu*, h. y. and w. a. scales, model for charged dust expansion across a magnetic field, physics of plasmas, 20(7), 073704, 2013
15. fu*, h. y. and w. a. scales, nonlinear evolution of the lower hybrid regularities in artificially created dusty space plasmas，journal of geophysical research-space physics, 117(a7)，a07317, 2012
16. fu*, h. y. and w. a. scales, nonlinear evolution of the ion acoustic instability in artificially created dusty space plasmas, journal of geophysical research-space physics,116(a10)，a10315, 2011
17. fu*, h. y. and w. a. scales, nonlinear evolution of the dust acoustic instability in artificially created dusty space plasmas, ieee transaction on plasma science, vol. 40, no. 4 , pp. 1223-1228, 2011
oral presentations
1. fu, h. y. et al., new perspective of stimulated electromagnetic emissions and field aligned irregularities produced during ionospheric heating: towards maximum resonance, 42nd cospar assembly, july 14-22, pasadena, california, 2018 (invited)
2. fu, h. y. , w. scales, p. a. bernhardt, s. j. briczinski, comparison of recent stimulated electromagnetic emission observations at haarp and eisact, 32nd ursi general assembly and scientific symposium, montreal, august 19-23, 2017 (ursi young scientist oral)
3. fu, h. y. , ionospheric heating research by high power hf transmitters: physics and progress, sep 14-16, 2017, qingdao, china (keynote)
4. fu, h. y. , et al., stimulated brillouin scattering during electron gyro-harmonic heating at eiscat, international ionospheric effects symposium, alexandria, va, may 12-14, 2015
5. fu, h. y. , w. scales, p. a. bernhardt, stimulated brillouin scattering in magnetized ionospheric plasmas, 20th optoelectronics and communications conference, shanghai, jue 28-jul 2, 2015
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