李雪辰，76年生，男，河北大學物理科學與技術學院，坤輿學者特聘教授，二級教授，光學工程博導，物理學博導，電漿物理省重點學科學術帶頭人，河北大學電漿物理碩士點導師組組長。河北省三三三人才第二層次人選，省百優人才，省傑青和保定市先進青年科技獎獲得者。
本科和碩士都是免試入學，畢業於河北大學。2005年博士畢業於中科院物理所，2006-2008年河北大學光學工程博士後，2014年英國Loughborough大學高級訪問學者。在大氣壓氣體放電、電漿物理、雷射光譜及電漿參數光學診斷等領域具有十多年的研究經歷，在氣體放電的實驗研究和數值模擬方面都積累了豐富的研究經驗。主持包括國家自然科學基金等科研項目十餘項，在國內外刊物如Appl. phys. lett.、Plasmas Sources Sci. Technol. 等刊物發表學術論文60餘篇，授權發明專利10件。
基本介紹
- 中文名：李雪辰
- 外文名：Starr Lee
- 國籍：中國
- 民族：漢族
- 籍貫：河北保定
- 出生日期：1976年11月8日
- 畢業院校：中國科學院物理研究所
- 職業：教師
- 主要成就：中國電工學會電漿專委會委員
中國力學會電漿科學與技術專委會委員
河北省自然科學二等獎
河北省傑青基金獲得者
河北省百優人才
優秀共產黨員 - 職稱：教授
人物簡介,教育科研,
人物簡介
河北大學坤輿學者，物理科學與技術學院二級教授、光學工程和物理學兩個一級學科的博士研究生導師，電漿物理學科負責人。電漿物理省重點學科學術帶頭人，光學與材料物理重點實驗室學術帶頭人。河北省三三三人才第二層次人選，
領域：氣體放電、電漿化學、光學與光譜學
教育科研
主持的科研項目：
1.國家自然科學基金面上項目：外加電/磁場作用下電漿射流中流光動力學行為的實驗研究和數值模擬
3.國家自然科學基金面上項目：大氣壓冷電漿刷放電特性及其在表面改性中的套用研究
4.國家自然科學基金：大氣壓均勻放電電漿源的實驗研究
5.國家自然科學基金：介質阻擋放電中流光斑圖的數值模擬
6. 河北省傑出青年基金：大氣壓均勻放電的機理研究
7. 教育部科技研究重點項目：微電漿噴槍的機理研究
10. 河北省自然科學基金項目：大氣壓空氣均勻放電的實驗研究
11. 河北省教育廳優秀青年項目：大體積大氣壓均勻放電的機理研究
12. 河北大學傑出青年基金：微電漿的特性研究
13. 河北省自然科學基金：非均勻外加場中大氣壓輝光放電的實驗研究；
14. 河北省自然科學基金：一維介質阻擋放電的機理研究
15.學科群醫工交叉項目（視為國家基金項目）：電漿對鈦合金表面改性及骨整合性能研究
16.學科群醫工交叉項目（視為國家基金項目）：大氣壓電漿對家蠅遺傳發育和免疫調控的影響
17. 河北省百優人才項目
18.橫向課題：閃爍流動池加工契約（工程物理研究院）
19.橫向課題：高壓放電電漿射流滅菌
20. 橫向課題：專用濾光裝置採購契約（中國空氣動力研究與發展中心）
獲獎與鑑定
河北省自然科學二等獎，2015年獲，獲獎人：李雪辰（排名第二）
“保定市先進青年科技獎” 2009年獲。獲獎人：李雪辰。
代表性論文：
2023年：
1. KaiyueWu, Jingnan Liu, Jiacun Wu, Mo Chen, Junxia Ran, Xuexia Pang, Pengying Jia,Xuechen Li, Chenhua Ren. A double‐modeplanar argon plume produced by varying the distance from an atmosphericpressure plasma jet, High Volt. 8，1161-1167 (2023)
2. Pengying Jia,Junxia Ran, Jiacun Wu, Dongdong Wang, Kaiyue Wu, Xingran He and Xuechen Li.Numerical simulation on the characteristics of a micro-hollow cathode dischargewith external surface of the cathode covered by a dielectric layer, J. Phys.D: Appl. Phys. 56,015203 (2023).
3. JiacunWu, Xuechen Li, Junxia Ran, Hanxiao Jia, Kaiyue Wu, Guoxin Han, Jingnan Liu,Junyu Chen, Xuexia Pang, Pengying Jia, Discharge aspects of a snake‐likeplasma plume generated by an atmospheric pressure plasma jet with variableargon flow rate, Plasma Process. Polym. e2200188 (2023)
4. JunxiaRan, Xuexue Zhang, Yu Zhang, Kaiyue Wu, Na Zhao, Xingran He, Xiuhong Dai,Qihang Liang and Xuechen Li. Realization of homogeneous dielectric barrierdischarge in atmospheric pressure argon and the effect of beads on itscharacteristics, Plasma Sci. Technol. 25, 055403 (2023)
5. PengyingJia, Wenjie Wan, Lulu Zhang, Junxia Ran, Kaiyue Wu, Jiacun Wu, Xuexia Pang, andXuechen Li. Numerical simulation on the behavior of a negative streamerencountered with a cloud of positive ions in atmospheric pressure plasma jet, AIP Adv. 13, 065005 (2023)
6. 1. PengyingJia, Mo Chen, Hanxiao Jia, Xin Tan, Junxia Ran, Kaiyue Wu, Jiacun Wu, JunyuChen, Xuexia Pang, Xuechen Li, Na Zhao. Ozone concentration measurement of anatmospheric pressure air plasma jet by ultra-violet absorption spectroscopy,IEEE Transactions on Radiation and Plasma Medical Sciences 7(2), 203-209(2023)
2022年：
1. Xuechen Li,Dongdong Wang, Junyu Chen, Jiacun Wu, Na Zhao, Pengying Jia, and Kaiyue Wu,Numerically simulated influence of positive ions on the propagation of apositive streamer initiated in an argon plasma jet, Phys. Fluids 34,027112 (2022)
2. Na Zhao, KaiyueWu, Xingran He, Junyu Chen, Xin Tan, Jiacun Wu, Junxia Ran, Pengying Jia, andXuechen Li*, A diffuse argon plume generated downstream of an atmosphericpressure plasma jet equipped with a positively biased electrode, J. Phys. D:Appl. Phys. 55, 015203 (2022)
3. Kaiyue Wu, Na Zhao, Jiacun Wu, Furong Zhang, MengyuNiu, Junxia Ran, Pengying Jia, Xuechen Li. Complicated streamer dynamics inpetal‐like patternsformed on the substrate downstream of an argon plasma jet, Plasma Process.Polym. 17, e2200003 (2022).
4. Junyu Chen,Furong Zhang, Pengying Jia, Na Zhao, Kaiyue Wu, Jiacun Wu, Junxia Ran, XuexiaPang and Xuechen Li. Argon plume transition from a hollow swell to a diffuseswell with increasing amplitude of a trapezoidal voltage, Plasma Sci.Technol. 24, 085402 (2022).
5. Kaiyue Wu, NaZhao, Qiming Niu, Jiacun Wu, Shuai Zhou, Pengying Jia and Xuechen Li. Variousconcentric-ring patterns formed in a water-anode glow discharge operated atatmospheric pressure, Plasma Sci. Technol. 24, 055405 (2022).
6.Xuechen Li, Shuai Zhou, Kun Gao, JunxiaRan, Kaiyue Wu and Pengying Jia. Temporal evolutions of self-organized patternsformed on the water-anode surface of an atmospheric pressure glow discharge, IEEE Trans.Plasma Sci. 50, 6, (2022).
7. Junyu Chen, Na Zhao, Jiacun Wu, Kaiyue Wu, Furong Zhang, Junxia Ran,Pengying Jia, Xuexia Pang, and Xuechen Li. Influence of oxygen addition on thedischarge characteristics of an argon plasma jet at atmospheric pressure, Chin.Phys. B 31,065205 (2022).
2021年：
1.Xuechen Li, Junyu Chen, Kaiyue Wu,Jiacun Wu, Furong Zhang, Na Zhao, Pengying Jia, Zengqian Yin,Yongjie Wang, andChenhua Ren，Acompound plume with solid and hollow parts formed downstream of an argon plasmajet at atmospheric pressure, Phys.Plasmas.28, 103507 (2021).
2.李雪辰，陳俊宇，賈鵬英，武珈存，冉俊霞，外加電壓參數對大氣壓電漿射流形貌的影響，河北大學學報.第41卷第5期（2021）
3.Pengying Jia, Kun Gao, Shuai Zhou, JunyuChen, JiacunWu, Kaiyue Wu and Xuechen Li，Morphologyevolution of an atmospheric pressure glow discharge initiated in the air gapbetween a liquid cathode and a needle anode，Plasma Sources Sci. Technol.30，095021.(2021) 物理top
4.趙 娜，吳凱玥，陳俊宇，賈鵬英，李雪辰，大直徑射流的放電特性及其電漿參數和活性粒子分布的光譜診斷，光譜學與光譜分析.第41卷第8期（2021）
5.Jiacun Wu, Pengying Jia, Junxia Ran,Junyu Chen, Furong Zhang, Kaiyue Wu, Na Zhao, Chenhua Ren, Zengqian Yin, andXuechen Li，Mechanismof snake-like propagation for positive streamers in a meandering plasma plumeexcited by a positively biased sinusoidal voltage, Phys. Plasmas. 28, 073501 (2021).
6.Jiacun WU, Kaiyue WU, Junyu CHEN,Caihong SONG, Pengying JIA and XuechenLI，Influenceof air addition on surface modification of polyethylene terephthalate treatedby an atmospheric pressure argon plasma brush，Plasma Sci. Technol.23, 085504. (2021)
7.Junxia Ran , Xuexue Zhang, Dayong Ge,Xiaowei Li, and Xuechen Li，Effect of Dielectric SurfaceMorphology on Dielectric Barrier Discharge Mode in Air at Atmospheric Pressure，IEEE Trans. Plasma Sci. 49(1) (2021)
2020年：
1.Chenhua Ren,Xingran He, Pengying Jia, Kaiyue Wu, and Xuechen Li*, Influence of asymmetricdegree on the characteristics of a homogeneous barrier discharge excited by anasymmetric sine, Phys. Plasmas, 27, 113507 (2020)
2.XuechenLi, Jiacun Wu, Boyu Jia, Kaiyue Wu, Pengcheng Kang, Furong Zhang, Na Zhao,Pengying Jia*, Long Wang, and Shouzhe Li，Generationof a large-scale uniform plasma plume through the interactions between a pairof atmospheric pressure argon plasma jets，Appl. Phys. Lett. 117, 134102 (2020) 物理top
3.Kaiyue Wu,Jiacun Wu, Boyu Jia, Chenhua Ren, Pengcheng Kang, Pengying Jia, and XuechenLi*, Atmospheric pressure self-organized filaments in dielectric barrierdischarge excited by a modulated sinusoidal voltage, Phys. Plasmas, 27, 082308(2020)
4.賈鵬英，武珈存，吳凱玥，賈博宇，李雪辰，水下運行直流激勵大氣壓輝光放電的光譜特性研究，光譜學與光譜分析，第40卷第8期(2020)
5. Junxia RAN, Haiyun LUO , Caixia LI,Xiaowei LI and Xuechen LI, Measurement of the first Townsend’sionization coefficient for atmospheric pressure neon by a dielectric barrierdischarge,Plasma Sci.Techno, 22,105401 (2020)
6.Xuechen Li, Junyu Chen, Xiaotong Lin,Jiacun Wu, Kaiyue Wu, and Pengying Jia*, Morphology transition from diffuse todiffuse-and-filamentary for an argon plume with varying sinusoidal frequency orvoltage amplitude, Plasma Sources Sci. Technol. 29, 065015 (2020) 物理top
7.Xuechen Li, PengchengKang, Kun Gao, Shuai Zhou, Kaiyue Wu, Pengying Jia*, Diffuse and spotted anodelayers in an atmospheric pressure glow discharge with a water electrode andminiature argon flow, Plasma Process. Polym., 17, e1900223 (2020) JCR二區
8.Jiacun Wu,Kaiyue Wu, Chenhua Ren, Pengying Jia, and Xuechen Li*, Comparison of dischargecharacteristics and methylene blue degradation through a direct-current excitedplasma jet with air and oxygen used as working gases, Plasma Sci. Technol., 22,055505 (2020)
9.高坤，弓丹丹，劉仁靜，蘇澤華，賈鵬英，李雪辰，吸收光譜法測量大氣壓空氣介質阻擋放電的臭氧濃度，光譜學與光譜分析，第40卷第2期(2020)
10.Xuechen Li,Chenhua Ren, Xingran He, Kaiyue Wu, Pengying Jia*, Shouzhe Li, Xuechen Li,Influence of operating parameters on high-pressure microhollow cathodedischarge with a cylindrical hole, Plasma Process. Polym., 17, e1900228 (2020)JCR二區
2019年：
1.Jiacun Wu, Kaiyue Wu, Chenhua Ren, RuiLiu, Pengying Jia*, and Xuechen Li*, A regularly swelling hollow plumegenerated in an atmospheric pressure argon plasma jet excited by a positivelybiased sinusoidal voltage, IEEE Trans. Plasma Sci., 47 (11), 4868 (2019)
2.Kun Gao, Rui Liu,Pengying Jia, Chenhua Ren, Kaiyue Wu, Xingran He, and Xuechen Li, Modetransitions of a helium dielectric barrier discharge from Townsend, normalglow, to abnormal glow with varying voltage rising time, AIP Advances 9, 115210(2019)
3.Kun Gao,Kaiyue Wu, Pengying Jia, Boyu Jia, Pengcheng Kang, and Xuechen Li*, Observationof self-organized honeycomb patterns by fast photography in a liquid-anodedischarge, Phys. Plasmas 26, 113501 (2019)
4.Kaiyue Wu,Chenhua Ren, Boyu Jia, Xiaotong Lin, Na Zhao, Pengying Jia, Xuechen Li*,Spatial-temporal evolutions of surface discharge patterns generated ondielectric target interacted with a plasma jet, Plasma Process. Polym.e1900073(2019) JCR二區
5.Xuechen Li,Xiaotong Lin, Kaiyue Wu, Chenhua Ren, Rui Liu, Pengying Jia*,Regularly-swelling plumes generated in atmospheric pressure argon plasma jetexcited by a biased sinusoidal voltage, Plasma Sources Sci. Technol. 28, 055006(2019) 物理top
6.Xuechen Li,Xiaoni Li, Kun Gao, Rui Liu, Renjing Liu, Xuerui Yao, Dandan Gong, Zehua Su,Pengying Jia*, Comparison of deionized and tap water activated with anatmospheric pressure glow discharge, Phys. Plasmas 26,033507 (2019)
7.Xuechen Li,Rui Liu, Dandan Gong, Xiaoni Li, Chenhua Ren, Pengying Jia*, Influence ofexternal parameters on nonlinear behaviors in a helium dielectric-barrierdischarge excited by a modulated voltage, Phys. Plasmas 26,023514 (2019)
8.Xuechen Li,Renjing Liu, Xiaoni Li, Kun Gao, Jiacun Wu, Dandan Gong, Pengying Jia*,Large-scale surface modification to improve hydrophilicity through using aplasma brush operated at one atmospheric pressure, Phys. Plasmas 26, 023510(2019)
9. Xuechen Li,Kaiyue Wu, Renjing Liu, Linwei Yang, Jinling Geng, Biao Wang, Pengying Jia*,Spatial-temporal evolution and plasma parameters' diagnosis of a transverseglow discharge in atmospheric pressure air, IEEE Trans. Plasma Sci., 47,2,1330(2019)
講授課程：
主講研究生課程“群論及其在物理學中的套用”、“非線性光學”、“電漿物理”、“電漿診斷技術”等多門課程。同時承擔本科生“電路分析”、“自動控制原理”、“普通物理”等課程的教學任務。
