一、近年部分期刊论文 (1)Pure-high-even-order dispersion bound solitons complexes in ultra-fast fiber lasers, Light: Science & Applications (2024) 13:101 (高被引论文,中科院一区顶刊,IF:24) (2) Generation, optimization, and application of ultrashort femtosecond pulse in mode-locked fiber lasers [J], Progress in Quantum Electronics, 2020, 71: 100264. (高被引论文,中科院一区top期刊,IF:10.8) (3)Generation of High-Peak-Power Femtosecond Pulses in Mamyshev Oscillators: Recent Advances and Future Challenges, Laser Photonics Review, 2023, 2200596(中科院一区top期刊,IF:9.7) (4)All-fiber spatiotemporal self-similar laser, Optics Letters, 2025,50(17):5210(中科院二区,IF:3.3) (5)Impact of pump power on Lyot filtering effect in mode-locked fiber lasers, Chaos, Solitons and Fractals, 2025, 191:115922 (中科院一区,IF:5.7) (6)Soliton transitions enabled by pump-driven dispersion evolution in an all-fiber spatiotemporal mode-locked laser, Chaos, Solitons and Fractals, 2026, 212:119094 (中科院一区,IF:5.7) (7)Tunable and switchable multi-wavelength mode-locked fiber lasers induced by an optimized hybrid mode-locked composite filtering effect, Optics Express, 2024,27906(中科院二区,IF:3.4) (8)The bound states of pure-high-even-order dispersion solitons, Chaos, Solitons and Fractals, 2026, 204:117742 (中科院一区,IF:5.7) (9)Continuously and reversibly tunable mode-locked fiber laser induced by pump power, PHYSICAL REVIEW A 2026, 113, 023517(中科院二区,IF:3) (10)Multi-wavelength and central-wavelength-tunable solitons and soliton molecules in a SMF-GIMF-SMF mode-locked fiber laser, Optics Express,2025,33(23):47679(中科院二区,IF:3.4) (11)Creeping and erupting dynamics in a pure-quartic soliton fiber laser,Optics Express 2023,1787-1797(中科院二区,IF:3.4) (12)Recent progress in ultrafast lasers based on 2D materials as a saturable absorber[J], Applied Physics Reviews, 2019, 6(4), 041304 (高被引论文,中科院一区top期刊,IF:10.8) (13)Ta4C3 MXene as a saturable absorber for femtosecond mode-locked fiber lasers[J]. Journal of Alloys and Compounds, 2022, 900:163529. (中科院一区,IF:6.371) (14)Analysis of various soliton pulsation spectro-temporal dynamics in anomalous dispersion fiber laser[J]. Optics & Laser Technology, 2022, 148: 107690.(通信作者,中科院二区,IF:4.939) (15) Optoelectronic characteristics and application of black phosphorus and its analogs [J], Frontiers of Physics, 2021, 16(4):43301.(中科院二区,IF:5.142) 二、部分最新授权发明专利 (1)一种基于脉宽压缩技术的超短光脉冲产生系统,2026.03.20,中国,ZL202310013634.X,发明专利 (2)一种适用于多架小型无人机的自动充电平台,2026.02.10,中国,ZL202310538395.X,发明专利 (3)一种基于色散调控技术的超短脉冲光纤激光系统,2026.02.10,中国,ZL202310014059.5,发明专利 (4)一种用于激光泵浦源的驱动模块,2026.03.03,中国,ZL202310491997.4,发明专利 (5)一种应用于光纤激光器的激光泵浦源,2026.03.03,中国,ZL202310492014.9,发明专利 (6)一种微波频段的电磁诱导透明结构,2026.06.23,中国,ZL202311085718.0,发明专利 (7)一种功率在线监测和漂白一体化光纤激光器系统,2026.07.17,中国,ZL202311085720.8,发明专利 (8)一种高能量纯四次Mamyshev振荡器光孤子产生系统,2026.02.27,中国,ZL202511959635.9,发明专利 (9)一种可调谐高重频高功率多波长光脉冲产生系统,2026.02.27,中国,ZL202511960903.9,发明专利 (10)一种基于时空锁模的高能量脉冲激光系统,2026.02.27,中国,ZL202511975241.2,发明专利 (11)一种基于改进深度学习声纹识别的方法,2025.11.28,中国,ZL202510241306.4,发明专利 (12)一种基于脉冲整形的高能量超短纯四次孤子光纤激光系统,2025.11.14,中国,ZL202310036016.7,发明专利 (13)一种稳定高功率超短脉冲产生系统,2022.07.05,中国,ZL2021109791056,发明专利 (14)一种基于光谱整形的绿光脉冲源,2022.07.08,中国,ZL2021109791234,发明专利 (15)一种用于有色金属加工的超短脉冲源,2022.07.05,中国,ZL2021109792415,发明专利 (16)一种基于电容补偿的自动调谐无线能量发射装置,2022.02.22,ZL2018108886678 (17)一种基于磁耦共振的无线能量发射装置,2022,03.22,中国,ZL2018108888461 (18)小型无人机多路无线充电发射系统,2022.05.31,中国,ZL2020103034522 (19)基于单片机的小型无人机无线充电系统,2022.05.31,中国,ZL2020103034537 (20)一种应用于电动汽车充电的大功率无线能量发射装置,2021.09.21,ZL2018108888423
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