热点话题人物,欢迎提交收录!
最优雅的名人百科,欢迎向我们提交收录。
袁利军
2023-05-08 13:11
  • 袁利军
  • 袁利军 - 教授 博士-重庆工商大学-数学与统计学院-个人资料

近期热点

资料介绍

个人简历


袁利军,教育经历09/2007–08/2010,香港城市大学,计算数学博士(导师:陆雅言教授)
09/2005–08/2007,香港城市大学,计算数学硕士(导师:陆雅言教授)
09/2001–07/2005,北京化工大学,信息与计算科学学士
工作经历
01/2018–至今,教授,重庆工商大学
12/2011–12/2017,副教授,重庆工商大学
05/2011–11/2011,讲师,重庆工商大学
09/2010–08/2011,博士后研究员,香港城市大学
访学经历
07/2016–08/2016,访问研究员,香港城市大学
07/2015–08/2015,访问研究员,香港城市大学
03/2012–08/2012,访问学者,密歇根州立大学(MSU)
主要讲授课程:数值分析、偏微分方程数值计算
主要研究成果:
一、项目
1.2013–2015《周期结构中的非线性亥姆霍兹方程的快速数值算法》国家自然科学青年基金主持
2.2013–2014《快速求解非均匀介质中高频麦克斯韦方程组的几何光学算法》重庆市教委科技项目主持
3.2016–2019《非线性亥姆霍兹方程边值与特征值问题的数值研究以及在非线性光学中的应用》重庆市科委基础与前沿研究计划(一般)项目主持
4.2017–2018《周期亥姆霍兹方程连续谱中的束缚态研究及在光学中的应用》重庆市教委科技项目主持

研究领域


科学计算、电磁波与光波的数值计算、大数据

近期论文


1.LijunYuan*andYaYanLu,“Boundstatesinthecontinuumonperiodicstructuressurroundedbystrongresonances,”PhysicalReviewA,97(4):043828,2018
2.LijunYuan*andYaYanLu,“Boundstatesinthecontinuumonperiodicstructures:perturbationtheoryandrobustness”,OpticsLetters,42(21):4490-4493,2017
3.LijunYuan*andYaYanLu,“RobustiterativemethodfornonlinearHelmholtzequation,”JournalofComputationalPhysics,343:1-9,2017
4.LijunYuan*andYaYanLu,“Strongresonancesonperiodicarraysofcylindersandopticalbistabilitywithweakincidentwaves,”PhysicalReviewA,95(2):023834,2017
5.LijunYuan*andYaYanLu,“PropagatingBlochmodesabovethelightlineonaperiodicarrayofcylinders,”JournalofPhysicsB:Atomic,MolecularandOpticsPhysics,50(5):05LT01,2017
6.LijunYuan*andYaYanLu,“Diffractionofplanewavesbyaperiodicarrayofnonlinearcircularcylinders”,PhysicalReviewA,94(1):013852,2016
7.LijunYuan*,“StandingWavesonaPeriodicArrayofCircularCylinderswithSaturableNonlinearMedia”,OpticalandQuantumElectronics,48(3):182,2016
8.JianliangQian*,LijunYuan,YuanLiu,SongtingLuo,andRobertBurridge,“Babich'sExpansionandHigh-OrderEulerianAsymptoticsforPoint-SourceHelmholtzEquations”,JournalofScientificComputing,67:883,2016
9.JianliangQian*,WangtaoLu,LijunYuan,SongtingLuo,andRobertBurridge,“EulerianGeometricalOpticsandFastHuygensSweepingMethodsforThree-DimensionalTime-HarmonicHigh-FrequencyMaxwell'sEquationsinInhomogeneousMedia”,MultiscaleModelingandSimulation,14(2):595-636,Jan.2016
10.LijunYuan*andYaYanLu,“NonlinearStandingWavesonaPeriodicArrayofCircularCylinders”,OpticsExpress,23(16):20636-20646,July2015
11.LijunYuanandYuMaoWu*,“AnEfficientModeReductionTechniqueforModelingofWaveguideGratings”ProgressInElectromagneticsResearchM,40:1-8,2014.
12.LijunYuanandYaYanLu*,“Bilateralsymmetrybreakinginnonlinearcircularcylinders”,OpticsExpress,22(24):30128-30136,Dec.2014.
13.LijunYuan*andYaYanLu,“Modereductionforefficientmodelingofphotoniccrystalslabstructures”,JournalofLightwaveTechnology,32(13):2340-2344,July2014.
14.LijunYuan*andYaYanLu,“Efficientnumericalmethodforanalyzingopticalbistabilityinphotoniccrystalmicrocavities,”OpticsExpress,21(10):11952-11964,May2013
15.LijunYuanandYaYanLu*,“Efficientnumericalmethodforanalyzingphotoniccrystalslabwaveguides,”JournaloftheOpticalSocietyofAmericaB,28(9):2265-2270,Sep.2011.
16.D.Song,LijunYuanandYaYanLu*,“Fourier-matchingpseudospectralmodalmethodfordiffractiongratings,”JournaloftheOpticalSocietyofAmericaA,28(4):613-620,April2011.
17.LijunYuanandYaYanLu*,“Dirichlet-to-NeumannMapMethodfortheAnalyzingHoleArraysinaSlab,”JournaloftheOpticalSocietyofAmericaB,27(12):2568-2579,Dec.2010.
18.LijunYuanandYaYanLu*,“AnEfficientNumericalMethodforOpticalWaveguideswithHoles,”JournalofLightwaveTechnology,27(14):2557-2562,July15,2009.
19.LijunYuanandYaYanLu*,“AnalyzingSecondHarmonicGenerationFormArraysofCylindersUsingDirichlet-to-NeumannMaps,”JournaloftheOpticalSocietyofAmericaB,26(4):587-594,April2009.
20.LijunYuanandYaYanLu*,“ARecursiveDoublingDirichlet-to-NeumannMapMethodforPeriodicWaveguides”,JournalofLightwaveTechnology,25(11):3649-3656,Nov.2007.
21.LijunYuanandYaYanLu*,“Dirichlet-to-NuemannMapMethodforSecondHarmonicGenerationinPiecewiseUniformWaveguides,”JournaloftheOpticalSocietyofAmericaB,24(9):2287-2293,Sep.2007.
22.LijunYuanandYaYanLu*,“AnEfficientBidirectionalPropagationMethodBasedonDirichlet-to-NeumannMaps,”IEEEPhotonicsTechnologyLetters,18(18):1967-1969,Sep.2006.

相关热点

扫码添加好友