共找到7條詞條名為李曉天的結果 展開
李曉天
長春光學精密機械與物理研究所副研究員
2006.8~2009.5,航天科技四院,助理工程師。
2013.7~2015.9,中科院長春光機所,光柵技術研究中心,助理研究員。
2015.9~至今,中科院長春光機所,光柵技術研究中心,副研究員。
研究方向
學術論文
[1]Jun Qiu, Xiangdong Qi, Xiaotian Li(通訊作者), Zhenyu Ma, Jirigalantu, Yuguo Tang, Xiaotao Mi, Xiaoming Zheng, Rui Zhang, and Bayanheshig,Development of a spatial heterodyne Raman spectrometer with echelle-mirror structure,Optics Express,2018,26(9):11994-12006(SCI收錄)。
[2]Jun Qiu, Xiangdong Qi, Xiaotian Li(通訊作者), Yuguo Tang, Jirigalantu, Broadband transmission Raman measurements using a field-widened spatial heterodyne Raman spectrometer with mosaic grating structure, Optics Express, 2018, 26: 26106~26119.(SCI收錄)。
[3]Jun Qiu,Xiangdong Qi,Xiaotian Li(通訊作者),Wenhui Xu,Meihong Zhao,Yuguo Tang,Raman measurements using a field‐widened spatial heterodyne Raman spectrometer,Journal of Raman Spectroscopy,2019,1-12。
[4]Chao Yang,Haili Yu,Xiaotian Li(通訊作者), Real time monitoring technology for full aperture grating diffraction wavefront with high frequency error,Optics Communications,2019,452:428-433。
[5]Jun Qiu,Xiaotian Li(通訊作者),Xiangdong Qi,Raman Spectroscopic Investigation of Sulfates Using Mosaic Grating Spatial Heterodyne Raman Spectrometer,IEEE Photonics Journal,2019,11(5):6802612。
[6]Jun Qiu, Xiangdogn Qi, Xiaotian Li(通訊作者), Wenhui Xu, Yuguo Tang, Zhenyu Ma, Bayanheshig, Broadband, high-resolution Raman observations from a double-echelle spatial heterodyne Raman spectrometer, Applied Optics, 2018, 57: 8936~8941.(SCI收錄)。
[7]Jianli Liu, Bayanheshig, Xiangdong Qi, Shanwen Zhang, Ci Sun, Jiwei Zhu, Jicheng Cui,Xiaotian Li(通訊作者), Backscattering Raman spectroscopy using multi-grating spatial heterodyne Raman spectrometer ,APPLIED OPTICS, 2018, 57(33):9735~9745.(SCI收錄)。
[8]Chao Yang,Yuanhe Li,Changxi Xue,Xiaotian Li(通訊作者),Reducing machine-ruling grating wavefront value by compensating grating substrate surface error in real time,Optics Communications, 2018,420: 122-126(SCI收錄)。
[9]Xiaotian Li, Haili Yu, Xiangdong Qi, Shulong Feng, Jicheng Cui, Shanwen Zhang, Jirigalantu, and Yuguo Tang.300 mm ruling engine producing gratings and echelles under interferometric control in China, APPLIED OPTICS,2015,54(7):1819-1826(SCI收錄)。
[10]Jirigalantu,Xiaotian Li(通訊作者),Xiaotao Mi,Kai Liu,Yuguo Tang,Development of a parameterized mechanical model of a chisel-edge grating ruling tool,Precision Engineering,2017,50:388~392(SCI收錄)。
[12]李曉天,於海利,齊向東,朱繼偉,於宏柱,巴音賀希格。光柵刻劃機300mm行程工作台研製及其自適應控制方法,中國激光,2014,41(6):0608001(EI收錄)。
[13]李曉天,巴音賀希格,齊向東等。機械刻劃光柵的刻線彎曲與位置誤差對平面光柵性能影響及其修正方法,中國激光,2013,40(3):0308009(EI收錄)。
[16]Jirigalantu,Li Xiaotian, Zhang Shanwen,Mi Xiaotao,Gao Jianxiang,Bayanheshig,Qi Xiangdong,Tang Yuguo,Ruling of echelles and gratings with a diamond tool by the torque equilibrium method,Applied Optics,2016,55(28):8082-8088.
[17]Chao Yang, Xiaotian Li, Haili Yu,Hongzhu Yu etc., Practical method study on correcting yaw error of 500 mm grating blank carriage in real time, Applied Optics,2015,54(13),4084-4088(SCI)
[18]Chao Yang, Haili Yu, Xiaotian Li, Jicheng Cui etc,Real-time monitoring of ruling grating resolution by digital wavefront, Applied Optics, 2015, 54(3),pp492-497(SCI).
[19]MA Zhen-yu,QI Xiang-dong,LI Xiao-tian,Bayanheshig,New Measuring Method of Diffraction Efficiency for Concave Grating Based on Fourier Optics Principle, Spectroscopy and Spectral Analysis,2017, (04):1279~1285 (SCI,in chinese).
[20]Lu Yuxian, Qi Xiangdong, Li Xiaotian,Yu Haili ,Jiang Shan,BayanHeshig , Yin Lu , Removal of all mosaic grating errors in a single-interferometer system by a phase-difference reference window,Applied Optics,2016.10.1,55(28):7997~8002.
[21]Rui Zhang ,Bayanheshig,Xiaotian Li,Jicheng Cui, Establishment and correction of an Echelle cross-prism spectrogram reduction model,Optics Communications,2017,403:401~407(SCI).
[22]Liu Zhaowu; Jiang Shan; Li Xiaotian; Song Ying; Li Wenhao;Bayanheshig.Precision measurement of X-axis stage mirror profile in scanning beam interference lithography by three-probe system based on bidirectional integration model, Optical Express, 2017, 25(9):10312-10321.
[23]Haili Yu, Xiaotian Li, Jiwei Zhu etc. Reducing the line curvature error of mechanically ruled gratings by interferometric control,Applied Physics B: Lasers and Optics, 2014: 117(1), pp 279-286 ( SCI ) .
[24]Zhenyu Ma, Xiangdong Qi, Xiaotian Li, Shanwen Zhang etc, Measuring method of diffraction efficiency for plane grating based on Fourier spectral technology, Applied Optics,2016, 55(7) ( SCI ) .
[25]Rui Zhang, Bayanheshig, Lu Yin, Xiaotian Li, Jicheng Cui,Jin Yang,Ci Sun.Wavelength calibration model for prism-type echelle spectrometer by reversely solving prism’s refractive index in real time,Applied Optics,2016, 55(15) :4153-4158.
[26]Zhaowu Liu,Wenhao Li,Bayanheshig,Xiaotian Li,Shan Jiang,Ying Song,Qiang Lv,Two-color heterodyne laser interferometry for long-distance stage measurement with correction of uncertainties in measured optical distances,scientific reports,2017,7(8173) (SCI ).
[27]Chao Yang, Haili Yu, Shulong Feng, Xiaotian Li et al., Influence of running accuracy of ruling carriage system on grating spectrum performance, Optics and Precision Engineering, 2014 ,22(10):2674-2681 (EI, in chinese).
[28]Mi Xiaotao,Yu Haili,Yu Hongzhu,Zhang Shanwen,Li Xiaotian,Yao Xuefeng,Qi Xiangdong,Bayinhedhig,Wan Qiuhua,Correcting groove error in gratings ruled on a 500-mm ruling engine using interferometric control,APPLIED OPTICS,2017,56(21):5857~5864(SCI ).
[29]CONG Min,QI Xiang-dong,MI Xiao-tao,YU Hai-li,LI Xiao-tian,LU Yu-xian,,Influence of incident light angles on mosaic grating errors in optical path for grating replication and mosaic,Optics and Precision Engineering,2017,25(12):3028-3033(EI, in chinese ).
[30]Mi Xiaotao,Yu Haili,Yu Hongzhu,Qi Xiangdong,Li Xiaotian,Wan Qiuhua,Influence and Revising Method of Grating Ruling Engine Abbe Error on Quality of Grating Wavefront,chinese journal of lasers,2017,44(9):0904001 (EI, in chinese).
[31]Yao Xuefeng,Cui Jicheng,Yu Haili,Qi Xiangdong,Mi Xiaotao,Jiang Yimin,Wang Mingjia,Li Xiaotian,An improved accuracy-measuring method in manufacturing the lead screw of grating ruling engine,Precision Engineering,2017,49:344~353(SCI).
[32]Liu Zhaowu,Li Wenhao,Bayanheshig,Song Ying,Jiang Shan,Li Xiaotian,Profile Online Detection for Two-Dimensional Stage x Axis Mirror in Scanning Exposure Systems, chinese journal of lasers,2017,44(01),231-236 (EI).
[33]SHEN Chun-yang,CUI Ji-cheng,SUN Ci,WANG Wei,CHEN Jian-jun,LI Xiao-tian,A Detection System Design of Echelle Diffraction Efficiency and Stray Coefficient, Spectroscopy and Spectral Analysis,2017,37(8):2603-2609 (SCI, in chinese).
[34]Xulong Zhao,Bayanheshig,Wenhao Li,Jiang Yanxiu,Ying Song, Xiaotian Li,Shan Jiang, Na Wu, Moire alignment algorithm for an aberration-corrected holographic grating exposure system and error analysis, Applied Optics,2016,55(31):8683-8689 (SCI).
[35]Zhang Rui,Bayanheshig,Yang Jin,Yin Lu,Cui Jicheng,Li Xiaotian,Reduction Model of the Transmission Prism Echelle Spectrometer with the C-T Structure, ACTA OPTICA SINICA,2016,36(7):0723001 (EI, in chinese).
[36]Lu Yuxian,Qi Xiangdong,Mi Xiaotao,Jiang Shan,Yu Haili,Li Xiaotian,Yin Lu,Detection and Calculation of Mosaic Grating Error Based on Wavefront Method,ACTA OPTICA SINICA,2016, 36(6): 0505001 (EI, in chinese).
[37]Bayanheshig,LI Tao-tao,PAN Ming-zhong,CUI Ji-cheng,WANG Wei,LI Xiaotian,Tunable spatial heterodyne spectroscopy with grating-mirror structure, Optics and Precision Engineering, 2015, 23(12): 3295-3302 (EI, in chinese).
[38]Yang Chao,Yu Haili,Zhang Shanwen,Yu Hongzhu,Li Xiaotian,Tang Yuguo,Active Control Technology to Correct the Quality of the Grating Wave-Front,chinese journal of lasers,2015,42(1): 0108002 (EI, in chinese).
[39]Ci Sun, Bayanheshig, Jicheng Cui, Mingzhong Pan, Xiaotian Li et al., Full-field and automatic methodology of spectral calibration for PGP imaging spectrometer, Spectroscopy and Spectral Analysis, 2014 ,No.8, pp 2289-2292 (SCI, in chinese).
發明專利
[2]李曉天,楊國軍,齊向東,唐玉國,吉日嘎蘭圖,叢敏,邱俊,糜小濤,一種空間外差拉曼成像光譜儀光路結構,中國發明專利,申請號:CN201810110122.4(已受理)。
[4]李曉天,馬振予,齊向東,唐玉國,邱俊,吉日嘎蘭圖,糜小濤,張善文。一種中階梯光柵型空間外差拉曼光譜儀光路結構, 中國發明專利,申請號:CN201711448668.2(已授權)。
[5]李曉天,楊國軍,齊向東,唐玉國,馬振予,吉日嘎蘭圖,中階梯光柵型空間外差拉曼光譜儀光路結構,中國發明專利,申請號:CN201810109855.6(已授權)。
[7]李曉天,於海利,唐玉國,齊向東,盧禹先,於宏柱,糜小濤,劉兆武。一種光柵機械刻劃機的激光干涉控制方法,中國發明專利,申請號:201410819454.1(已授權)。
[9]李曉天,劉兆武,於海利,唐玉國,巴音賀希格,齊向東,李文昊,白志紅,全息掃描曝光二維工作台位移和擺角測量光路結構,中國發明專利,申請號:CN201410817175.1(已授權)。
[10]李曉天,盧禹先,齊向東,崔繼承,於海利,巴音賀希格,尹祿,基於遠場光斑能量曲線的拼接誤差檢測方法,中國發明專利,申請號:CN201510881610.1(已授權)。
[11]李曉天,盧禹先,於海利,唐玉國,馬振予,齊向東,糜小濤,多個光柵刻刀并行干涉控制式光柵刻劃方法,中國發明專利,申請號:CN201510922190.7(已授權)。
[12]李曉天,於海利,唐玉國,楊超,齊向東。一種大面積光柵刻劃刀架系統,中國發明專利,申請號:CN201310606301.4(已授權)。
[13]李曉天,於海利,唐玉國,楊超,劉兆武,齊向東。一種光柵刻線彎曲自動控制校正方法,中國發明專利,申請號:CN201410427862.2(已授權)。
[14]李曉天,於海利,唐玉國,劉兆武,楊超,齊向東。一種消像差平面衍射光柵的機械刻劃方法,中國發明專利,申請號:CN201410787476.4(已授權)。
[15]唐玉國,李曉天,馬振予,於海利,齊向東,吉日嘎蘭圖,於宏柱,張善文,巴音賀希格,一種基於雙導軌的多光柵刻刀式光柵刻劃刀架系統,中國發明專利,申請號:CN201610647212.8(已受理)。
[16]於海利,李曉天,唐玉國,齊向東,於宏柱,楊超,納米定位裝置及系統,中國發明專利,申請號:CN201310384594.6(已受理)。
[17]宋楠,李曉天,於海利,唐玉國,劉兆武,糜小濤,於宏柱,齊向東,一種雙氣浮導軌式光柵刻劃刀架驅動裝置,中國發明專利,申請號:CN201410839808.9(已授權)。
[18]馬振予,齊向東,李曉天,盧禹先,於海利,唐玉國,凹面光柵衍射效率測試儀,中國發明專利,申請號:CN201611248041.8(已受理)。
[19]唐玉國,糜小濤,李曉天,宋楠,姚雪峰,齊向東,巴音賀希格,光柵刻劃機及其刻劃系統,中國發明專利,申請號:CN201610647144.5(已受理)。
[20]吉日嘎蘭圖,張善文,李曉天,巴音賀希格,齊向東,唐玉國,一種劈型光柵刻劃刀具參數化設計方法,中國發明專利,申請號:CN201511017801.X(已受理)。
[21]唐玉國,於海利,李曉天,楊超,齊向東,巴音賀希格,光柵刻劃刀調整裝置及其方法,中國發明專利,申請號:CN201310353770.X(已授權)
[22]唐玉國,楊超,於海利,李曉天,齊向東,巴音賀希格,應用於光柵刻劃機的工作台,中國發明專利,申請號:CN201310180494.1(已授權)。
[23]齊向東,盧禹先,李曉天,於海利,於宏柱,張善文,巴音賀希格,唐玉國,拼接光柵的拼接誤差校正系統及方法,中國發明專利,申請號:CN201610344818.4。
[24]齊向東,盧禹先,李曉天,於海利,於宏柱,一種拼接光柵拼接誤差檢測系統及拼接誤差校正方法,中國發明專利,申請號:CN201610344783.4(已授權)。
[25]齊向東,馬振予,唐玉國,李曉天,於海利,崔繼承,一種傅里葉變換平面光柵相對衍射效率測試儀,中國發明專利,申請號:CN201410820984.8(已授權)。
[26]齊向東,馬振予,唐玉國,李曉天,於海利,崔繼承,一種新型移動光楔型傅里葉光譜儀,中國發明專利,申請號:CN201410821587.2(已授權)。
[27]張善文,盧禹先,齊向東,李曉天,於海利,於宏柱,巴音賀希格,大尺寸平面衍射光柵的複製拼接方法,中國發明專利,申請號:CN201510190510.4(已授權)。
[28]於海利,盧禹先,齊向東,李曉天,張善文,於宏柱,馬振予,巴音賀希格,用於製作複製拼接光柵中的誤差檢測方法,中國發明專利,申請號:CN201510678782.9(已授權)。
[29]吉日嘎蘭圖,唐玉國,巴音賀希格,齊向東,李曉天,糜小濤,基於光柵刻劃刀具壓刃模式的軟鋁膜顯微硬度測試方法,中國發明專利,申請號:CN201610051128.X(已受理)。
[30]糜小濤,叢敏,於海利,吉日噶蘭圖,楊國軍,李曉天,齊向東,巴音賀希格,唐玉國,一種製作平面雙閃耀光柵的方法,中國發明專利,申請號:CN201711435619.5(已受理)。
[31]糜小濤,唐玉國,於宏柱,於海利,李曉天,叢敏,齊向東,巴音賀希格,一種光柵刻劃裝置及具有該裝置的光柵刻劃機,中國發明專利,申請號:CN201710239731.5(已受理)。
[32]糜小濤,叢敏,盧禹先,齊向東,於宏柱,於海利,李曉天,巴音賀希格,一種位置調整裝置,中國發明專利,申請號:CN201710312353.9(已受理)。
[33]糜小濤,唐玉國,於宏柱,於海利,李曉天,齊向東,巴音賀希格,光柵刻劃機及其螺母減重裝置,中國發明專利,申請號:CN201610647095.5(已受理)。
[34]於海利,唐玉國,糜小濤,於宏柱,張善文,李曉天,吉日噶蘭圖,齊向東,巴音賀希格,光柵划刻機及其工作台的鎖緊裝置,中國發明專利,申請號:CN201610807499.6(已受理)。
[35]吉日嘎蘭圖,張善文,齊向東,李曉天,唐玉國,巴音賀希格,一種在原子力顯微鏡下刀具刃口半徑檢測用刃口定位裝置,中國發明專利,申請號:CN201510161339.4(已授權)。
參與項目
1.基於空間外差顯微差分拉曼光譜的近海沉積物中微塑料快速檢測方法與關鍵技術研究,國家級,2021/01-2024/12,在研,課題負責人。
2.xxx型空間外差拉曼光譜儀研製,省部級,2021/01-2022/12,在研,項目負責人。
3.高精度光柵空間外差干涉型xxx拉曼光譜儀研製,省部級,2019/01-2021/12,在研,項目負責人。
4.基於xxx的高光通高分辨空間外差拉曼光譜技術研究,國家級,2020/01-2023/12,在研,項目負責人。
5.基於高光通量空間外差拉曼成像的術中xxx診斷系統研製,白求恩基金,2019/01-2021/12,在研,項目負責人。
6.大面積高精度中階梯光柵常溫固化複製系統研製,部委級,2017/05-2019/12,在研,分系統負責人。
7.攜帶型空間外差拉曼光譜儀關鍵技術研究,國家級,2016/01-2018/12,已結題,項目負責人。
8.大面積投影微立體光刻技術,長光所金點子項目,2016/01-2016/12,已結題,項目負責人。
9.1.5米掃描干涉場曝光系統,國家級,2013/01-2019/12,在研,單元技術負責人。
10.基於高刻線密度衍射光柵的精密位移感知系統研製,2018/01-2020/12,在研,子課題負責人。
11.大面積光柵納米精度製造中的基礎問題研究,國家級,2014/01-2018/08,已結題,子課題負責人。
12.大型高精度衍射光柵刻劃系統的研製,國家級,2009/01-2016/12,11835萬元,已結題,分系統負責人。
13.高端全息光柵研發,參與,國家級,2012/01-2016/06,已結題,參與。
學生獲獎情況
2020年,獲中國科學院大學優秀畢業生獎。
2018年,獲國家獎學金、中科院新生獎學金。
學生留學情況
2019年,博士生邱俊留學於哈佛大學;
在讀研究生情況
碩士生:劉忠凱、李盼。
博士生:孫雨琦、初啟航、陳俊。
已畢業學生情況
指導及協助指導的已畢業博士生主要有:邱俊、楊超、馬振予、劉建利、叢敏、盧禹先、張銳等。
中國儀器儀錶學會分析儀器分會理事;吉林省分析測試技術學會理事;光學與光電子國際學術會議技委會委員;激光與光電子國際研討會技委會主席;Optics Express、Optics Letter和Analytical Chemistry等國外10餘個權威SCI期刊審稿專家。
時間 | 獎項全稱 | 具體獎項 | 獲獎作品 | 頒發機構 |
2017 | 科學技術獎 | 一等獎 | 大面積高精度衍射光柵刻劃機關鍵技術 | 吉林省 |
2018年 | 中國“好設計”金獎 | 團隊獎 | ||
2016年 | 青年文明號 | 團隊獎 | 吉林省 | |
2009年 | 傑出青年 | 航天科技四院 | ||
2008年 | 優秀共青團員 | 中國航天科技集團 |