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2020年6月理学院校级优异硕士学位论文引荐名单公示

2020年06月16日 14:03  点击:[]

    2020年6月15日,我院召开了理学院学位委员会集会,经参会委员投票表决,引荐以下5名同砚的硕士学位论文报告校级优异学位论文。现举行公示,公示期3天,公示期内若有疑问请联络来财彩票app下载科研科,德律风:0351-3921241.

 

序号 姓 名 学科 论文问题 论文数 论文备注 反复率
1 聂晓娟 化学 星型环糊精聚合物的制备及对无机染料分子的吸附功能研讨 2 1.A   dsorption behaviour of eriochrome black T from water onto a cross-linked   β-cyclodextrin polymer/(2/7)/Colloids and Surfaces A/SCI
    2.环糊精聚合物的分解及使用研讨/(1/3)精致化工/EI              
   
1.20%
2 薛慧 数学 三类非线性颠簸方程的局域波解 5 1.非齐次光纤介质中孤子解和奇特波的特征研讨/1/3)数学的理论与熟悉/ 北大焦点2017 .    
    2. Dynamics of rogue waves for a generalized inhomogeneous third-order   nonlinear Schrödinger equation from the Heisenberg ferromagnetic system
2/2IEEE Access/SCI
.
    3. Dynamics of higher-order localized waves for a coupled nonlinear   Schrödinger equation/
2/3/Communications in Nonlinear   Science and Numerical Simulation/SCI
.
    4. Nonlinear dynamics of rogue waves in a fifth-order nonlinear Schrödinger   equation/
2/3/IEEE Access/SCI刊源)
.
    5.
光孤子传输中奇特波和孤子解的动力学特征研讨/2/3)重庆理工大学(天然迷信版)/北大焦点2017
0.20%
3 张琳梅 数学 基于小波阈值处置的MEMS矢量水听器信号去噪方式 3 1.基于IGA--小波软阈值的MEMS矢量水听器信号去噪方式(1/4)/数学的理论与熟悉/北大焦点.2017                                                                            2.Denoising and baseline drift removal method of MEMS hydrophone   signal based on VMD and wavelet threshold processing./(2/5)/IEEE ACCESS/SCI.                                                                                                                  3.A Hybrid Algorithm Based on Squirrel Search Algorithm and Invasive   Weed Optimization for Optimization./(2/5)/IEEE ACCESS./SCI 6.30%
4 赵宏波 物理学 光栅过问型的微位移丈量零碎要害手艺研讨 1 High-precision   microdisplacement sensor based on zeroth-order diffraction using a   single-layer optical grating./(1/8)/Appl. Opt./SCI 3.40%
5 唐帅 物理学 基于人工超构质料的多功效声场调控特征研讨 6 1.Directional   acoustic transmission based on metamaterials/(1/3)/AIP Advances/SCI
    2.Acoustic propagation characteristics of metamaterials with tubular   structures/(1/2)/IEEE Access/SCI
    3.Acoustic focusing imaging characteristics based on double negative   locally resonant phononic crystal/(1/3)/IEEE Access/SCI
    4.Directional transmission characteristics of acoustic waves based on   artificial periodic structures/(1/3)/IEEE Access/SCI
    5.Acoustic focusing effect based on artificial periodic structure/(1/4)/AIP   Advances/SCI
    6.Acoustic transmission characteristics based on H-type   metamaterials/(1/2)/IEEE Access/SCI
0.40%

 

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