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| 1 | Simulation for the Controlling Factors of Structural Deformation in the Southern Margin of the Junggar Basin显示文摘根据结构的变丑特征的差别, Junggar 盆的南部的边缘能从东方被划分成二个片断到西方。耸出到北方的弓形的 thrust-and-fold 带在东方片断被开发。在西方的片断有三排 en 军队飞机 thrust-and-fold 带。包含地下室的式样的戳和褶层结构在第一排,和 d 琠敨攠敶瑮被开发吗? | YU Fusheng LI Xiaojian LI Dinghua FENG Zicheng LI Xueliang | 2012 | Acta Geologica Sinica(English Edition)2012，86，4： | 3 |
| 2 | Wideband diffusion metabsorber for perfect scattering field reduction显示文摘Both absorption and diffuse reflection can effectively suppress microwave backward reflection.However,the challenge of designing wideband absorptive elements with anti-phase reflection hinders the simultaneous working of the two principles.With aid of the wideband characteristic of bilateral complementary structure,we propose a strategy to design wideband absorptive elements with large reflection phase differences.For proof of concept,the proposed elements are arranged in a rectangular grid by optimizing scattering field distribution.The proposed diffusion metabsorber achieves over 20-dB scattering field reduction in the range of 8.5–20.3 GHz with good polarization stability and high angular insensitivity of up to±40°,which has been verified by real experiments.Furthermore,the proposed design strategy exhibits the potential to further reduce electromagnetic wave reflection,and the optical transparent characteristic is promising for window applications. | ZICHENG SONG PINGPING MIN JIAQI ZHU LEI YANG FENG HAN LIN | 2022 | Photonics Research2022，10，6： | 1 |
| 3 | Simvastatin attenuates TNF?α?induced apoptosis in endothelial progenitorcells via the upregulation of SIRT1显示文摘 | Gang Du Yunlin Song Tao Zhang Long Ma Ning Bian Xiaoming Chen Jianyi Feng Qing Chang Zicheng Li | 2014 | International Journal of Molecular Medicine2014，，1： | 1 |
| 4 | Nitrogen-rich Graphdiyne Film for Efficiently Suppressing the Methanol Crossover in Direct Methanol Fuel Cells显示文摘The inhibition of the methanol crossover is one of the intractable challenges in the direct methanol fuel cell.The graphdiyne(GDY)with atomic-level pores shows great potential in realizing the zero-permeation of methanol molecules.In this paper,an ultrathin layer of nitrogen-rich GDY film with a high nitrogen content is largely prepared and readily used for retarding the methanol permeation in the state-of-the-art commercial Nafion membrane.The high N-content in this porous GDY nanofilm remarkably increases the selective suppression in methanol transfer,and single-layer GDY film can efficiently prevent 43%methanol crossover and the value of the double-layer GDY film can be high up to 69%.The power performance and the long-term stability of the cell are obviously improved due to the reduced methanol crossover. | LI Liang ZUO Zicheng HE Feng JIANG Zhongqing LI Yuliang | 2021 | Chemical Research in Chinese Universities2021，37，6： | 0 |
| 5 | Synthetic aperture metalens显示文摘Metalenses are ultrathin optical elements that can focus light using densely arranged subwavelength structures.Due to their minimal form factor,they have been considered promising for imaging applications that require extreme system size,weight,and power,such as in consumer electronics and remote sensing.However,as a major impediment prohibiting the wide adoption of the metalens technology,the aperture size,and consequently the imaging resolution,of a metalens are often limited by lithography processes that are not scalable.Here,we propose to adopt a synthetic aperture approach to alleviate the issue,and experimentally demonstrate that,assisted by computational reconstruction,a synthetic aperture metalens composed of multiple metalenses with relatively small aperture size can achieve an imaging resolution comparable to a conventional lens with an equivalent large aperture.We validate the concept via an outdoor imaging experiment performed with a synthetic aperture metalens-integrated near-infrared camera using natural sunlight for target illumination. | FENG ZHAO ZICHENG SHEN DECHENG WANG BIJIE XU XIANGNING CHEN YUANMU YANG | 2021 | Photonics Research2021，9，12： | 0 |
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