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| 1 | Integrated Power Generation Scheduling Compilation Method for Large-scale Small Hydropower Station Group显示文摘针对小水电无序管理,弃水、窝电现象严重,水资源浪费问题突出的现状,设计省地一体化小水电发电计划编制方法。该方法规范了小水电计划编制流程,对发电计划实行分级制作与管理,增加了输电断面安全校核环节,并给出了超限断面计划调整方法,通过建议计划上报一输电断面校核一计划协调发布的闭环方式有效提高了发电计划的准确性和可操作性。该方法目前已应用于云南电网小水电管理系统,方法的科学性与有效性得到了实际工程的验证。 | LI Shushan LIAO Shengli LI Gang CHENG Chuntian CAI Huaxiang LI Xiufeng | 2012 | 中国电机工程学报2012，32，13： | 15 |
| 2 | Poly ( arylene e- ther sulfone ) Containing Thioether Units : Synthesis, Oxidation and Properties显示文摘 | Zhang Gang Yuan Shushan Li Zhimin | 2014 | RSC Advances2014，4，23： | 1 |
| 3 | A Hybrid Method of Incorporating Extended Priority List Into Equal Incremental Principle for Energy-saving Gen- eration Dispatch of Thermal Power Systems显示文摘 | Cheng Chuntian Li Shushan Li Gang | 2014 | Energy2014，64，1： | 1 |
| 4 | MTHFR C677T polymorphism contributes to the risk for gastric cancer显示文摘 | Shushan Yan Donghua Xu Pingping Wang Ping Wang Chengcheng Liu Changjiang Hua Tao Jiang Bin Zhang Zengcai Li Lei Lu Xianzhong Liu Bingji Wang Donghua Zhang Rongsheng Zhang Shaoheng He Beicheng Sun Xuan Wang | 2014 | Tumor Biology2014，，3： | 1 |
| 5 | Causal associations of brain structure with bone mineral density:a large-scale genetic correlation study显示文摘In this study,we aimed to investigate the causal associations of brain structure with bone mineral density(BMD).Based on the genome-wide association study(GWAS)summary statistics of 1325 brain imaging-derived phenotypes(BIDPs)of brain structure from the UK Biobank and GWAS summary datasets of 5 BMD locations,including the total body,femoral neck,lumbar spine,forearm,and heel from the GEFOS Consortium,linkage disequilibrium score regression(LDSC)was conducted to determine the genetic correlations,and Mendelian randomization(MR)was then performed to explore the causal relationship between the BIDPs and BMD.Several sensitivity analyses were performed to verify the strength and stability of the present MR outcomes.To increase confidence in our findings,we also performed confirmatory MR between BIDPs and osteoporosis.LDSC revealed that 1.93%of BIDPs,with a false discovery rate(FDR)<0.01,were genetically correlated with BMD.Additionally,we observed that 1.31%of BIDPs exhibited a significant causal relationship with BMD(FDR<0.01)through MR.Both the LDSC and MR results demonstrated that the BIDPs“Volume of normalized brain,”“Volume of gray matter in Left Inferior Frontal Gyrus,pars opercularis,”“Volume of Estimated Total Intra Cranial”and“Volume-ratio of brain segmentation/estimated total intracranial”had strong associations with BMD.Interestingly,our results showed that more left BIDPs were causally associated with BMD,especially within and around the left frontal region.In conclusion,a part of the brain structure causally influences BMD,which may provide important perspectives for the prevention of osteoporosis and offer valuable insights for further research on the brain-bone axis. | Bin Guo Chao Wang Yong Zhu Zhi Liu Haitao Long Zhe Ruan Zhangyuan Lin Zhihua Fan Yusheng Li Shushan Zhao | 2023 | Bone Research2023，11，3： | 0 |
| 6 | Adjustable indentation and vibration isolation performances of nacre-like metamaterial显示文摘Along with the living environment,organisms have evolved structures that adapt to specific environments and have better mechanical properties.Bioinspired materials learn from nature and improve their mechanical properties by imitating the structure of living organisms.Based on the 4D printed shape memory polymer and the bioinspired design method,this research proposes a soft and hard phase hybrid bioinspired metamaterial with shape memory effect and programmable mechanical properties.Compared with traditional nacre-like materials,bioinspired materials have adjustable characteristics of mechanical properties,impact resistance,and low-frequency vibration isolation.First,based on the constitutive relation of SMP(Shape memory polymer)material and its numerical simu-lation,an intelligent bioinspired metamaterial is designed.Subsequently,the mechanical properties and vibration isola-tion behavior and adjustability performance of multi-scale bioinspired metamaterials are explained by experiments.Finally,the adjustable functional mechanism of the deforma-tion and vibration isolation of the bioinspired metamaterial is described.The research of these bioinspired metamaterials has broad application prospects in the fields of impact protection and low-frequency vibration absorption. | Shushan Zhang Peng Jiang Jixiang Qi Ganchao Chen Yonghuan Wang Ran Tao Zhaoyue Chen Ying Li | 2023 | International Journal of Smart and Nano Materials2023，14，3： | 0 |
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