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| 1 | Heterogeneous oxidation of cyclohexanone catalyzed by TS-1:Combined experimental and DFT studies显示文摘 | Changjiu Xia Long Ju Yi Zhao Hongyi Xu Bin Zhu Feifei Gao Min Lin Zhenyu Dai Xiaodong Zou Xingtian Shu | 2015 | 催化学报2015，36，6： | 11 |
| 2 | Numerical simulation of tumor-induced angiogenesis influenced by the extra-cellular matrix mechanical environment显示文摘To investigate tumor-induced angiogenesis underthe influence of the mechanical environments inside and outsidethe tumor, mathematical model of tumor angiogenesiswas developed. In the model, extra-cellular matrix (ECM)was treated as a thin plane. The displacement of ECM isobtained from the force balance equation consisted of theECs traction, the ECM visco-elastic forces and the externalforces. Simulation results show that a layered capillarynetwork is obtained with a well vascularized region at theperiphery of the tumor. The present model can be used asa valid theoretical method in the basic researches in tumor-inducedangiogenesis. | Yan Cai Kalkabay Gulnar Hongyi Zhang Jinfeng Cao Shixiong Xu Quan Long | 2009 | Acta Mechanica Sinica2009，25，6： | 5 |
| 3 | Macrocyclic peptides as regulators of protein-protein interactions显示文摘Protein-protein interactions(PPIs) are recognized as attractive therapeutic targets. However targeting PPIs especially intracellular ones has been proven extremely difficult for conventional drug-like small molecules, and biological drugs such as monoclonal antibodies have difficulty in reaching intracellular targets. Macrocyclic peptides are promising candidates of PPI regulators for their potential in combining high potency and biological stability together. Cell permeability of macrocyclic peptides may also be achieved by structural modifications or conjugation to a cell-penetrating sequence. Significant progress has been made in this research area in recent years. Important technology progress and recent examples of macrocyclic peptide PPI modulators are reviewed. | Yang Jiang Hongyi Long Yujie Zhu Yi Zeng | 2018 | Chinese Chemical Letters2018，29，7： | 1 |
| 4 | Environmental change implied by the relationship between pollen assemblages and grain-size in N.W. Chinese lake sediments since the Late Glacial显示文摘 | Yu Li Nai’ang Wang Carrie Morrill Hongyi Cheng Hao Long Qiang Zhao | 2008 | Review of Palaeobotany and Palynology2008，，1： | 1 |
| 5 | LEAF项目建设状态报告显示文摘LEAF or the Low Energy heavy ion Accelerator Facility is a multidiscipline heavy ion research platform under construction at IMP.It is a 5 year National Major Instruments Research Program supported by National Science Foundation of China(NSFC)started in 2015.Oriented to the frontier research in Material Sciences,Astrophysics,Atomic Physics and Highly Charged Ion Physics,LEAF has been designed and constructed with the state of the art technologies for low energy heavy ion acceleration.This facility features a 45 GHz ECR ion source FECR,a heavy ion CW 4-vane radio frequency quadruple accelerator LRFQ,300 kV HV platform,LEBT,MEBT and several dedicated experimental terminals. | Sun Liangting Yang Yao Lu Liang Guo Yuhui Liu Xiaojun Jing Long Li Libin Sun Liepeng Gao Zheng Ma Hongyi Jin Xiaofeng Zhai Yuhan Xu Xianbo Shi Longbo Xing Chaochao Liu Yuting Zhu Tieming Hu Qiang Zhang Peng Zhang Xuezhen Fang Xing Jia Huan Zhang Bin Liu Chaodong Ma Yingming Zhao Bo Wu Beimin Zhu Li Li Jiaqing Lu Wang Guo Junwei Li Chenxing Wang Zhijun Dou Weiping Wu Junxia Zhang Zimin Yao Qinggao Wu Wei Zhou Zhongzu Zhang Junhui Ma Lizhen He Yuan Zhao Hongwei | 2018 | IMP & HIRFL Annual Report2018，，1： | 0 |
| 6 | Beam Commissioning and Operation of LEAF in 2019显示文摘Beam commissioning with several ion species,such as H2^(+),He^(+),N^(2+).Kr^(13+).Xe^(20+) and so on,was implemented in 2019.The layout of LEAF is shown in Fig.1.The transmission efficiency of the RFQ is higher than 97%with beam intensity at the level of one-hundred microampere. | Yang Yao Zhai Yuhan Guo Yuhui Jing Long Lu Wang Ma Hongyi Zhang Wenhui Sun Liepeng Xu Xianbo Shi Longbo Xing Chaochao Yang Lei He Tao Fang Xing Gao Zheng Chang Jianjun Liu Xiaojun Jin Xiaofeng Sun Liangting He Yuan Zhao Hongwei | 2019 | IMP & HIRFL Annual Report2019，，1： | 0 |
| 7 | LEAF项目建设状态报告显示文摘LEAF or the Low Energy heavy ion Accelerator Facility is a multidiscipline heavy ion research platform constructing at IMP.It is a 5-year National Major Instruments Research Program supported by National Science Foundation of China(NSFC)started in 2015.Oriented to the frontier research in material sciences,astrophysics,atomic physics and highly charged ion physics,LEAF has been designed and constructed with the state-of-the-art technologies for low energy heavy ion acceleration.This facility features a 45 GHz ECR ion source FECR,a heavy ion CW 4-vane radio frequency quadruple accelerator LRFQ,300 kV HV platform,LEBT,MEBT and several dedicated experimental terminals.The layout of LEAF is given in Fig.1. | Sun Liangting Lu Liang Jia Huan Yang Yao Zhang Bin Guo Yuhui Gao Zheng Ma Hongyi Jin Xiaofeng Zhu Tieming Hu Qiang Zhang Peng Zhang Xuezhen Fang Xing Jing Long Liu Chaodong Ma Yingming Zhao Bo Wu Beimin Liu Xiaojun Li Jiaqing Lu Wang Guo Junwei Yang Long Li Libin Sun Liepeng Shi Longbo Li Chenxing Ma Wei Wang Zhijun Dou Weiping Wu Junxia Zhang Zimin Yao Qinggao Wu Wei Zhou Zhongzu Zhang Junhui Ma Lizhen He Yuan Zhao Hongwei | 2017 | IMP & HIRFL Annual Report2017，，1： | 0 |
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