[1]Synthesis and Properties of a Novel FRET-Based Ratiometric Fluorescent Sensor for Cu2+. Li, Shao,Ma, Saige,Zhao, Yufen,Ye, Yong,Zhang, Di,Wang, Min,Liu, Jihong,Zhao, Yufen,Ye, Yong. 2016

[2]Highly sensitive and selective Cu2+ sensor based on electrospun rhodamine dye doped poly(ether sulfones) nanofibers. Min, Minghua,Wang, Lumin,Huang, Hongliang,Shi, Jiangao,Min, Minghua,Wang, Xuefen,Chen, Yanmo. 2013

[3]Comparative impacts of iron oxide nanoparticles and ferric ions on the growth of Citrus maxima. Hu, Jing,Li, Junli,Gan, Qiuliang,Wang, Yunqiang,Guo, Huiyuan,Li, Junli,Xing, Baoshan.

[4]Two rhodamine based chemosensors for Sn4+ and the application in living cells. Cheng, Junye,Yang, Erbing,Ding, Peigang,Tang, Jun,Zhang, Di,Zhao, Yufen,Ye, Yong,Zhang, Di,Zhao, Yufen,Ye, Yong.

[5]Binding Characterization of Recombinant Odorant-binding Proteins from the Parasitic Wasp, Microplitis mediator (Hymenoptera: Braconidae). Zhang, Shuai.

[6]Thermodynamics of Cu2+ Adsorption on soil Humin. Ji, F.,Zhang, J. J.,Wang, S.,Wang, L. C.. 2015

[7]Self-assembled nanosensor based on squaraine dye for specific recognition and detection of human serum albumin. Guo, Yanyan,Chen, Yiping,Zhu, Xiaochan,Fu, Nanyan,Guo, Yanyan,Chen, Yiping,Zhu, Xiaochan,Fu, Nanyan,Guo, Yanyan,Chen, Yiping,Zhu, Xiaochan,Fu, Nanyan,Pan, Zhizhen,Zhang, Xiangyu,Wang, Jian. 2018

[8]Imaging and Detection of Carboxylesterase in Living Cells and Zebrafish Pretreated with Pesticides by a New Near-Infrared Fluorescence Off-On Probe. Li, Dongyu,Li, Zhao,Yang, Xingbin,Chen, Weihua.

[9]Synthesis of Reversible Fluorescence Quenched Probe for Cu2+ and Imaging in PK-15 cells. Zhang Yingpeng,You Caixia,Yang Yunshang,Liu Xiaoyu,Dong Yuying,Guo Huichen. 2016

[10]Thermodynamics Carboxylated Bagasse Hemicellulose Adsorption to Cu2+. Kong, QiaoPing,Zhu, HongXiang,Wang, Shuangfei,Weng, Mengling. 2015

[11]Rational design and efficient synthesis of a fluorescent-labeled jasmonate. Liu, Songbai,Fu, Yuanqing,Sang, Ruocheng,Wang, Wu-Hong,Dang, Ya-Li.

[12]Pretreatment Method of Near-Infrared Diffuse Reflection Spectra Used for Sugar Content Prediction of Pears. Wang Wei-ming,Dong Da-ming,Zheng Wen-gang,Zhao Xian-de,Jiao Lei-zi,Wang Ming-fei,Wang Wei-ming,Wang Ming-fei. 2013

[13]A NIR ratiometric probe for hydrazine "naked eye" detection and its imaging in living cell. Yang, Xiaopeng,Liu, Yongxiang,Ye, Yong,Wu, Yuanyuan,Ren, Xueling,Zhang, Di. 2017

[14]AN IDENTIFICATION OF THE GROWING AREA OF LONGJING TEA BASED ON THE FISHER'S DISCRIMINANT ANALYSIS WITH THE COMBINATION OF PRINCIPAL COMPONENTS ANALYSIS. Jia, Wenshen,Wu, Wenfu,Wang, Jihua,Jia, Wenshen,Ma, Zhihong,Wang, Dong,Wang, Jihua,Jia, Wenshen,Lan, Yubin. 2013

[15]Nondestructive detection of moldy chestnut based on near infrared spectroscopy. Liu, J.,Li, X. Y.,Wang, W.,Zhang, J.,Zhang, R.,Liu, P.,Li, P. W.,Zhang, J.. 2010

[16]Classification of Orange Growing Locations Based on the Near-infrared Spectroscopy Using Data Mining. Dan, Songjian,Tian, Fengchun,Yang, Simon X.,Dan, Songjian,Den, Lie. 2016

[17]Effects of grown origin, genotype, harvest year, and their interactions of wheat kernels on near infrared spectral fingerprints for geographical traceability. Zhao, Haiyan,Guo, Boli,Wei, Yimin,Zhang, Bo,Zhao, Haiyan.

[18]Nondestructive Identification of Different Oil Content Maize Kernels by Near-Infrared Spectra. Zhang Yuan,Zhang Lu-da,Bai Qi-lin,Chen Shao-jiang. 2009

[19]Study on quality detection of milk powder based on near infrared spectroscopy (NIR). Wu Jing-zhu,Wang Yi-ming,Zhang Xiao-chao,Xu Yun. 2007

[20]Quality analysis of Chinese bacon with near infrared spectroscopy. Zhao Li-li,Zhang Lu-da,Song Zhong-xiang,Li Yong,Yan Yan-lu,Ma Chang-wei. 2007