秦志勇
(0)

基本信息

  • 性别：男
  • 聘任技术职务：副研究员
  • 学历：博士研究生毕业
  • 联系电话：
  • 电子邮箱：phyzyqin@shnu.edu.cn
  • 通讯地址：
  • 部门：数理学院
  • 学位：理学博士学位
  • 毕业院校：中科院上海光学精密机械研究所
  • 办公地址：

研究方向：

（以下信息源于科研管理系统）

学术成果：
论文
  • [1] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [2] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [3] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [4] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [5] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [6] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [7] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [8] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [9] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [10] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [11] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [12] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [13] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [14] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [15] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [16] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [17] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [18] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [19] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [20] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [21] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [22] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [23] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [24] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [25] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [26] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [27] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [28] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [29] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [30] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [31] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [32] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [33] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [34] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [35] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [36] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [37] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [38] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [39] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [40] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [41] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [42] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [43] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [44] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [45] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [46] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [47] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [48] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [49] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [50] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [51] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [52] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [53] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [54] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [55] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [56] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [57] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [58] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [59] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [60] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [61] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [62] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [63] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [64] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [65] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [66] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [67] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [68] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [69] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [70] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [71] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
  • [72] 秦志勇,余昌海,刘建胜,徐梓博,蔡金坛,张志钧,周诗怡,焦旭辉,项仲涛. Enhanced XUV Harmonics Generation with an Intense Laser Field in the Overdriven Regime. Photonics,2023,10(9):964.
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教学工作：
教职工课程信息
开课学年开课学期课程名称
2022-20232近代物理实验2
2025-20261大学物理Ⅱ
2024-20251光学
2020-20212近代物理实验2
2023-20242大学物理Ⅰ
2021-20222近代物理实验2
2022-20231近代物理实验1
2021-20221近代物理实验1
2023-20241近代物理实验（上）
2024-20252大学物理Ⅰ

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