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[2] Wei Zhou¹;Wanyun Su¹;Xingyu Li¹;Zhaozong Meng¹;Shanshan Li¹;. Research on feature extraction and classification methods to improve the recognition rate of monomers assembly defects in thermal battery. IEEE Access, 2022, 10 , 1.

[3] Wei, Chunyang;Yu, Chengzhuang;Li, Shanshan;Meng, Jiyu;Li, Tiejun;Cheng, Jingmeng;Li, Junwei. A droplet-based multivolume microfluidic device for digital polymerase chain reaction. Sensors and Actuators B: Chemical, 2022, 371 , .

[4] 李姗姗，闫婷婷，李军委，孟晓帅. 一种微流控芯片阵列式打孔装置. , 2022, 河北工业大学, CN217552557U 2022.10.11.

[5] Li, Shanshan;Yang, Yuan;Hu, Zhibiao;Li, Shuo;Ding, Fei;Xiao, Xinxin;Si, Pengchao;Ulstrup, Jens. Hetero-structured NiS2/CoS2 nanospheres embedded on N/S co-doped carbon nanocages with ultra-thin nanosheets for hybrid supercapacitors. Electrochimica Acta, 2022, 424 , .

[6] Wei Zhou;Xingyu Li;Wanyun Su;Hongbiao Zheng;Guangxin An;Zhilin Li;Shanshan Li. A Study on the Uniform Distribution and Counting Method of Raw Cow\'s Milk Somatic Cells. Micromachines, 2022, 13 12, 2173.

[7] Zhou, Wei¹; Su, Wanyun¹; Li, Xingyu¹; Meng, Zhaozong¹; Li, Shanshan¹ . Research on Feature Extraction and Classification Methods to Improve the Recognition Rate of Monomers Assembly Defects in Thermal Battery. IEEE Access, 2022, 10 , 124637-124648.

[8] Bowen Yang;Chao Wang;Xinyi Liang;Jinchao Li;Shanshan Li;Jie Jayne Wu;Tanbin Su;Junwei Li. Label-Free Sensing of Cell Viability Using a Low-Cost Impedance Cytometry Device. Micromachines, 2023, 14 2, 407.

[9] Meng, Jiyu;Yu, Chengzhuang;Li, Shanshan;Wei, Chunyang;Dai, Shijie;Li, Hui;Li, Junwei. Microfluidics Temperature Compensating and Monitoring Based on Liquid Metal Heat Transfer. Micromachines, 2022, 13 5, 792.

[10] 李姗姗，孟晓帅，李军委，闫婷婷. 一种注射器式的核酸提取装置. , 2022, 河北工业大学, CN217973182U 2022.12.06.