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| 1 | Experimental Study on the Resistance of a Transport Ship Navigating in Level Ice显示文摘这研究调查由在天津大学在一辆冰坦克进行一系列模型测试在北极水里遨游的一艘运输轮船的抵抗。实验室规模模型轮船用一个一个方向性的负担房间在一辆僵硬马车上被装然后以不同速度通过一张冰表拖引。我们在轮船的不同部分和冰大浮冰的运动观察了打破冰的过程并且在不同速度下面测量了电阻决定在打破冰的过程和冰抵抗之间的关系。在肩膀区域的弯曲失败被发现引起最大的抵抗。而且,我们为估计冰抵抗介绍了 Lindqvist (1989 ) 的分析方法然后从我们的模型测试把这些计算结果与那些作比较。结果显示计算全部的电阻比那些高我们在模型测试决定了。 | Yan Huang Jianqiao Sun Shaopeng Ji Yukui Tian | 2016 | Journal of Marine Science and Application2016，15，2： | 7 |
| 2 | Spatio-temporal variation in rock exhumation linked to large-scale shear zones in the southeastern Tibetan Plateau显示文摘Crustal-scale shear zones are believed to have played an important role in the tectonic and landscape evolution of orogens. However, the variation of long-term rock exhumation between the interior of shear zones and adjacent regions has not been documented in detail. In this study, we obtained new zircon U-Pb, biotite ^(40)Ar/^(39)Ar, zircon and apatite(U-Th)/He data, and conducted inverse thermal history modeling from two age-elevation profiles(the Pianma and Tu'er profiles) in the southeastern Tibetan Plateau. Our goal is to constrain the exhumation history of the Gaoligong and Chongshan shear zones and adjacent regions, so as to explore the effect of the shear zones on exhumation and their thermal effect on cooling that should not be ignored. Our results suggest that during the interval of 18–11 Ma the exhumation rates of rocks within the Gaoligong shear zone are anomalously high compared with those outside of. The rapid cooling during 18–11 Ma appears to be restricted to the shear zone, likely due to localized thermal effects of shearing and exhumation. After 11 Ma, both the areas within and outside of the shear zones experienced a similar two-stage exhumation history: slower cooling until the early Pliocene, and then a rapid increase in cooling rate since the early Pliocene. Our results indicate a synchronized exhumation but with spatially varied exhumation rates. Our study also highlights the important role of large-scale shear zones in exposing rocks, and thus the importance of the structural context when interpreting thermochronological data in the southeastern margin of the Tibetan Plateau. | Yukui GE Jing LIU-ZENG Jinyu ZHANG Wei WANG Yuntao TIAN Matthew FOX Lingsen ZENG Xiaoming SHEN Heng WANG Ze SU Kejia XIE | 2020 | Science China Earth Sciences2020，63，4： | 5 |
| 3 | A HAPPY AND PROSPEROUS CITY显示文摘On June 5,the opening ceremony of a photo exhibition for the 12th'Love Beijing,Focus on Beijing'public photography event took place at the Capital Museum.A total of 200 photographs were selected to be displayed in five categories including'paying tribute to the heroes who fought against the pandemic:'a liveable city and its development;'happinessand the future'and others.The exhibited photographs demonstrate the city's high-quality development and its appeal as the country's international exchange centre,as well as the residents who have played a major role in advancing its development,their love for the country and city,and the contributions they have made to society and its hopes for the future. | Wang Wei An Xiufang Gao Aiyan Hu Liming Ji Xiaoli Lin Yicun Liu Yukui Liu Chunyu Sun Yufen Tian Baoxi Wang Jiahuai | 2021 | Beijing2021，，23： | 0 |
| 4 | Additive-Controlled Kinetic Trapping of Quadruple Platinum(Ⅱ)Stacks with Emergent Photothermal Behaviors显示文摘Molecular chaperones are widely employed as additives in nature to trap proteins in the kinetic state,which inspire the development of kinetically trapped artificial supramolecular systems.Till now,such additive-controlled approaches have enabled the stabilization of extended supramolecular structures in the kinetically trapped state,while discrete assemblies with sufficient kinetic persistence are scarce.In this study,a Pt(Ⅱ)-based discrete supramolecular system has been constructed by taking advantage of Cu+-bridged ions as chaperone-like additives. | Zongchun Gao Yukui Tian Hung-Kai Hsu Yifei Han Yi-Tsu Chan Feng Wang | 2021 | CCS Chemistry2021，3，10： | 0 |
| 5 | Se-sensitized NIR hot band absorption photosensitizer for anti-Stokes excitation deep photodynamic therapy显示文摘Conventional anti-Stokes materials-involved deep photodynamic therapy(dPDT)requires much high-intensity irradiance due to low photosensitization efficiency.Herein,we proposed a'booster effector'approach to construct highly efficient hot band absorption phototherapeutics for low/biosafety power anti-Stokes light-triggered d PDT.Se,as'booster effector',was introduced into hot band absorption luminophores(HBAs),which not only significantly facilitated intersystem crossing,but also simultaneously enhanced hot band excitation efficiency atν808,as a result successfully enabling excellent photogenerated singlet oxygen capability of HBAs under ultra-low power anti-Stokes excitation(10 mW cm^(-2)in vitro).As far as we know,such low laser power-initiated photosensitization activity has never been reported in the existing anti-Stokes material systems.Importantly,FUC-Se ME can self-assemble into uniform nanospheres in water,greatly boosting cellular uptake(>25-fold larger than FUC-Se),and achieve superior cancer-killing effect(808 nm,10 mW cm^(-2),5 min,the half-maximal inhibitory concentration IC50=1.36μM).After further PEGylation with folate-attached polymer,the resultant FUC-Se ME@FA can effectively enrich at the tumor(signal-to-background ratio,10).Under safety irradiation(330 mW cm^(-2)),FUC-Se ME@FA effectively inhibits deep-seated tumor progression(the tumor growth inhibition rate,84%).This work provides a successful paradigm,possibly being more clinically beneficial than conventional anti-Stokes materials. | Dandan Ma Hui Bian Saran Long Panwang Zhou Ruisong Tian Yingnan Wu Haoying Ge Mingle Li Jianjun Du Jiangli Fan Yukui Zhang Xiaojun Peng | 2022 | Science China Chemistry2022，65，3： | 0 |
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