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个人信息
- 所在单位：工学院
- 学历：硕士研究生毕业
- 学位：农业推广硕士专业学位
- Wang Siyuan, Wang Guanlin, Zhang Yu, Zhang Xingyu, Liu Weijian, Wu Daosheng, Ke Ronghe, Xian Jieyu, Wang Xingsheng, Zhang Cheng.Anisotropic extinction of ultrasonic waves in postharvest celtuce stems for non-destructive detection and 3D reconstruction of internal cavities,POSTHARVEST BIOLOGY AND TECHNOLOGY,2026,231:-(参与作者)
- Zhang Yanze, Zhang Yongnian, Xian Jieyu, Lu Xingyu, Huang Zhiqiang, Wang Xiaochan.Parameter identification algorithm for separated cable-driven parallel mechanisms via calibration error compensation,MECHATRONICS,2025,112:-(参与作者)
- Hu Yibin, Xian Jieyu, Xiao Maohua, Cheng Qianzhe, Chen Tai, Zhu Yejun, Geng Guosheng.Design and Experiment of a Greenhouse Autonomous Following Robot Based on LQR-Pure Pursuit,AGRICULTURE-BASEL,2025,15(15):-(参与作者)
- Hu Kongcan,Cai Yahan,Wang Ziru,Zhang Zhengwei,Xian Jieyu,Zhang Cheng.A Review on Metal Oxide Semiconductor-Based Chemo-Resistive Ethylene Sensors for Agricultural Applications,CHEMOSENSORS,2024,12(1)(参与作者)
- 任晓妍,鲜洁宇,吴洪彬,陈正岩.3D打印功能型实验平台在农业创新型人才培养中的实践探索,中国农机装备,2024,(2024年01期):100-102(参与作者)
- Chang Muxuan,Tang Rui,Zou Wenke,Xian Jieyu,Zhang Zhengwei,Liu Xingye,Qu Menglong,Zhang Cheng.A High-Performance Phosphate Potentiometric Sensor Based on Cobalt Nanoparticles Electroplated on Hierarchically Porous Laser-Induced Graphene,ADVANCED MATERIALS INTERFACES,2024,11(15)(参与作者)
- Zhang Yongnian,Chen Yinhe,Chang Zhenwei,Zhao Jie,Wang Xiaochan,Xian Jieyu.Detection of Localized Damage in Tomato Based on Bioelectrical Impedance Spectroscopy,AGRONOMY-BASEL,2024,14(8)(参与作者)
- Zhang Yongnian, Chen Yinhe, Bao Yihua, Wang Xiaochan, Xian Jieyu.Tomato maturity detection based on bioelectrical impedance spectroscopy,COMPUTERS AND ELECTRONICS IN AGRICULTURE,2024,227:-(参与作者)
- Zhang Yongnian,Chen Yinhe,Bao Yihua,Wang Xiaochan,Xian Jieyu.Tomato maturity detection based on bioelectrical impedance spectroscopy,COMPUTERS AND ELECTRONICS IN AGRICULTURE,2024,227(参与作者)
- Peng Jinyi,Zhang Yongnian,Xian Jieyu,Wang Xiaochan,Shi Yinyan.YOLO Recognition Method for Tea Shoots Based on Polariser Filtering and LFAnet,AGRONOMY-BASEL,2024,14(8)(参与作者)
