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| 1 | Overburden failure and the prevention of water and sand inrush during coal mining under thin bedrock显示文摘Coal mining under thin bedrock or thick unconsolidated soil layers brings mining problems related to these special geological conditions. The meaning of the term ''thin bedrock'' is defined through the thick- ness statistics of the coal seam and the bedrock layer. The coal-bearing strata having thick, unconsoli- dated aquifers and thin bedrock located at the Taiping Coal Mine in Shandong province were taken as a geological prototype for subsequent study. The geological, hydro-geological and engineering character- istics of the thin bedrock were analyzed. An engineering geological model was than established. Overbur- den failure and the development of ''Three Zones'' were studied by physical model tests. The rupture pattern and rock failure were analyzed for mining conditions under thin bedrock. The height of the caving zone and the freely flowing water fractured zone of different mining thicknesses were separately calcu- lated. The results show that a mining thickness greater than 3.5 m causes the height of the freely flowing water fractured zone to be sufficient to touch the weathered zone and the bottom of the Quaternary sys- tem aquifer, to various degrees. This, then, would lead to water and sand inrush into the working face. Measures to prevent water and sand flow inrush disasters by eliminating the power source are put fore- word. A field dewatering scheme was designed and observational data were obtained. The dewatering project had an obvious effect and the water level at working face number 8309 dropped to a safe level. The average draw down of the groundwater was observed to be 7.86 m. This showed that the dewatering project played a role in decreasing the hydraulic pressure and ensuring safety mining. | Yang Weifeng Xia Xiaohong Zhao Guorong Ji Yubin Shen Dingyi | 2011 | Mining Science and Technology2011，21，5： | 6 |
| 2 | 全球尺度上氮添加影响植物生物量分配但不影响不同器官间的异速生长关系显示文摘生物量在不同器官间的分配是植物对环境变化响应的一个关键生态生理学过程。然而,在全球尺度上有关不同陆地生态系统植物生物量分配对氮沉降响应的认识还比较欠缺。本文通过整合分析333篇己发表文章的5474个观测值,基于“最优分配假说”和“异速分配假说”,评估了全球尺度上氮添加对植物生物量及其在不同器官间分配的影响。结果表明:(1)氮添加显著增加了整株植物或不同器官的生物量,降低了根冠比和根质量分数,但对叶质量分数和茎质量分数无显著影响;(2)氮添加对不同器官质量分数的影响受实验条件、植物功能性状、纬度、氮添加率等因子单独或交互作用的调控;(3)氮添加对生物量在不同器官间的异速分配率无显著影响,表明氮添加导致的根冠比和根质量分数减少是在异速分配模式下由整株植物生物量增加而致。虽然氮添加改变了地上和地下部分的质量分数,但不同器官生物量间异速分配模式的稳定性表明“异速分配假说”能更好地描述植物生物量分配对氮添加的响应规律。该研究结果将有助于深入认识氮沉降环境下植物生物量的分配规律,同时表明将生物量分配纳入有关氮沉降对陆地生态系统影响的预测模型中的重要性。 | Kai Yue Dario A.Fomara Wang Li Xiangyin Ni Yan Peng Shu Liao Siyi Tan Dingyi Wang Fuzhong Wu Yusheng Yang | 2021 | Journal of Plant Ecology2021，14，3： | 5 |
| 3 | Additive manufacturing alumina components with lattice structures by digital light processing technique显示文摘Digital light processing technique was applied to manufacture alumina ceramic parts with two types of lattice structure units, i.e. vertex interconnect structure and edge structure. The internal porosity of the unit is 40%. The printed parts were sintered and the grain size is about 1.1 μm. The bending strength of the vertex interconnect structure is much larger than that of the edge structure. Materials genome initiative(MGI) aims to digital design and intelligent manufacture for advanced components. This research shows us an example to achieve this goal. | Qjngfeng Zeng Changhao Yang Dingyi Tang Jiayao Li Zhiqiang Feng Jiantao Liu Kang Guan | 2019 | Journal of Materials Science & Technology2019，35，12： | 5 |
| 4 | 3D Printed Integrated Gradient-Conductive MXene/CNT/Polyimide Aerogel Frames for Electromagnetic Interference Shielding with Ultra-Low Reflection显示文摘Construction of advanced electromagnetic interference(EMI)shielding materials with miniaturized,programmable structure and low reflection are promising but challenging.Herein,an integrated transition-metal carbides/carbon nanotube/polyimide(gradient-conductive MXene/CNT/PI,GCMCP)aerogel frame with hierarchical porous structure and gradient-conductivity has been constructed to achieve EMI shielding with ultra-low reflection.The gradient-conductive structures are obtained by continuous 3D printing of MXene/CNT/poly(amic acid)inks with different CNT contents,where the slightly conductive top layer serves as EM absorption layer and the highly conductive bottom layer as reflection layer.In addition,the hierarchical porous structure could extend the EM dissipation path and dissipate EM by multiple reflections.Consequently,the GCMCP aerogel frames exhibit an excellent average EMI shielding efficiency(68.2 dB)and low reflection(R=0.23).Furthermore,the GCMCP aerogel frames with miniaturized and programmable structures can be used as EMI shielding gaskets and effectively block wireless power transmission,which shows a prosperous application prospect in defense industry and aerospace. | Tiantian Xue Yi Yang Dingyi Yu Qamar Wali Zhenyu Wang Xuesong Cao Wei Fan Tianxi Liu | 2023 | Nano-Micro Letters2023，15，3： | 5 |
| 5 | Glossy15 Plays an Important Role in the Divergence of the Vegetative Transition between Maize and Its Progenitor, Teosinte显示文摘 | Dingyi Xu Xufeng Wang Cheng Huang Guanghui Xu Yameng Liang Qiuyue Chen Chenglong Wang Dan Li Jinge Tian Lishuan Wu Yaoyao Wu Li Guo Xuehan Wang Weihao Wu Weiqiang Zhang Xiaohong Yang Feng Tian | 2017 | Molecular Plant2017，10，12： | 3 |
| 6 | Resorption Efficiency of Four Cations in Different Tree Species in a Subtropical Common Garden显示文摘High rainfall in subtropical regions can leach cation elements from ecosystems,which may limit plant growth.Plants often develop efficient resorption patterns to recycle elements,but there is relatively little available information on this topic.In February 2012,a common garden was established in a subtropical forest by planting dominant trees from the area.Green and senescent leaves were sampled from 11 tree species.The concentrations of potassium(K),calcium(Ca),sodium(Na)and magnesium(Mg)were determined,and the resorption efficiencies were calculated.The results showed significant K,Na and Mg resorption in most of the investigated tree species,while Ca mainly displayed accumulation.Evergreen coniferous and evergreen broad-leaved trees(such as Cunninghamia lanceolata,Pinus massoniana,Cinnamomum camphora,and Michelia macclurei)exhibited relatively higher resorption efficiencies of K(39.0%-87.5%)and Na(18.3%-50.2%)than deciduous broad-leaved trees.Higher Mg resorption efficiencies(>50%)were detected in Liriodendron chinense,C.lanceolata and P.massoniana than in other trees.Overall,evergreen coniferous and evergreen broad-leaved trees could show higher cation resorption than deciduous broad-leaved trees.K and Mg resorption efficiencies and Ca accumulation decrease with increasing nutrient concentrations in green leaves.Our results emphasize that nutrient resorption patterns largely depend on elements and plant functions,which provides new insights into the nutrient use strategies of subtropical plants and a reference for the selection of suitable tree species in this region. | Yaoyi Zhang Xiangyin Ni Jing Yang Siyi Tan Shu Liao Dingyi Wang Kai Yue Fuzhong Wu | 2022 | Phyton-International Journal of Experimental Botany2022，91，1： | 2 |
| 7 | New Multivariate-Based Certificateless Hybrid Signcryption Scheme for Multi-Recipient显示文摘With the development of quantum computer,multivariate public key cryptography withstanding quantum attack has became one of the research focus.The existed signcryption schemes from discrete logarithm and bilinear paring are facing the serious threats.Based on multivariate public key cryptography,a new certificateless multi-receiver hybrid signcryption scheme has been proposed.The proposal reduced the cipher text and could handle arbitrary length messages by employing randomness reusing and hybrid encryption,as well as keeping security.In the random oracle model,the scheme’s confidentiality could withstand the IND-CCA2 adversary and its unforgeability could withstand the UF-CMA adversary under the hardness of multivariate quadratic(MQ)problem and isomorphism of polynomials(IP)assumption.It has less computation overhead and higher transmission efficiency than others.It reduced 33%cipher data compared with the existed similar scheme. | HAN Yiliang YUE Zelun FANG Dingyi YANG Xiaoyuan | 2014 | Wuhan University Journal of Natural Sciences2014，19，5： | 2 |
| 8 | Research on improving the heat insulation and preservation properties of small-size concrete hollow blocks 显示文摘 | Yang Dingyi Sun Wei Liu Zhiyong et d | 2003 | Cement and Concrete Research2003，33，： | 1 |
| 9 | Research on improving the heat insulation and preservation properties of small-size concrete hollow blocks 显示文摘 | Yang Dingyi Sun Wei Liu Zhiyong | 2003 | Cement and Concrete Research2003，33，： | 1 |
| 10 | Temperature and refractive index sensing characteristics of an MZI-based multimode fiber–dispersion compensation fiber–multimode fiber structure显示文摘 | Hao Sun Shen Yang Jing Zhang Qiangzhou Rong Lei Liang Qinfang Xu Guanghua Xiang Dingyi Feng Yanying Du Zhongyao Feng Xueguang Qiao Manli Hu | 2012 | Optical Fiber Technology2012，，6： | 1 |
| 11 | CT identification of the mechanic characteristics of damage propagation of rock显示文摘 | YANG GENGSHE SUN JUN XIE DINGYI | 1997 | Journal of Coal Science & Engineering1997，3，1： | 1 |
| 12 | High Permeability of Boron along the Transverse Direction of Wood under High-Voltage Electrostatic Field (HVEF) Treatment显示文摘Permeability of wood preservative is one of the most significant factors for protection of wood construction.Ani-sotropic flow permeability was involved in different directions of wood with higher flow resistance in the trans-verse and lower longitudinal directions.In this study,boron acid solution was brushed onto the tangential section of air-dried wood cubes and boron penetration along wood transverse direction was investigated under free dif-fusion,vacuum and HVEF treatments.Multi-scale boron distribution,FTIR measurement,leaching property,mechanical properties and fungistatic characteristic were investigated for free diffusion,vacuum and HVEF trea-ted samples respectively.The results revealed that boron exhibited high permeability along the transverse direc-tion with the penetration depth of≈35 mm for HVEF treated samples and≈1 mm for free diffusion and vacuum treated samples.For HVEF treated samples,no significant decrease of hardness,compression modulus of elasti-city and strength were found in the treated samples.Better fungistatic characteristic was showcased in HVEF trea-ted samples exposed to white rot fungi.Thus,HVEF treatment has a positive effect on boron permeability and the improvement of penetration depth of preservatives hence playing a significant role in wood protection and prolonging the service life of wood construction. | Daiyuan Zhang Qian He Baocong Du Junbao Yu Xudong Zhu Dingyi Yang Shengcai Li Tianyi Zhan Liming Shen Zhiqiang Wang Xiaoning Lu | 2022 | Journal of Renewable Materials2022，10，3： | 1 |
| 13 | Study of distribution of the salt-sensitive in hypertensive subjects and the screening of the marker of salt sensitivity显示文摘 | Li Yuming Liu Zhiquan Yang Dingyi | 1994 | Chin J Cardiol1994，22，2： | 1 |
| 14 | Research on improving the heat insulation and preservation properties of small-size concrete hollow blocks显示文摘 | Yang Dingyi Sun Wei Liu Zhiyong | 2003 | Cement and Concrete Research2003，33，9： | 1 |
| 15 | Tensile Behavior of Strain Hardening Cementitious Composites (SHCC) Containing Reactive Recycled Powder from Various C&D Waste显示文摘This work investigates the feasibility of utilizing reactive recycled powder(RP)from construction and demolition(C&D)waste as supplementary cementitious material(SCM)to achieve a ductile strain hardening cementitious composites(SHCC).The recycled mortar powder(RMP)from mortar waste,recycled concrete powder(RCP)from concrete waste and recycled brick powder(RBP)from clay brick waste were first prepared,and the micro-properties and tensile behavior of SHCC containing various types and replacement ratios of RPs were determined.The incorporated RP promotes pozzolanic and filler effects,while the hydration products in cementitious materials decrease with RP incorporation;therefore,the incorporated RP decreases the compressive strength of SHCC.Attributed to the reduction in the matrix strength,the incorporated RP increases the crack-bridging extent and ductility of SHCC;the irregular micro-structure and high reactivity of RP also help the strain-hardening performance of the prepared SHCC.In addition,the strainhardening performance of SHCC containing RMP and RBP is surperior to that of SHCC with RCP and is slightly lower than that of SHCC with fly ash(FA);for instance,the ultimate strain of SHCC containing 54%FA,RMP,RCP and RBP is 3.67%,3.61%,2.52%and 3.53%,respectively.In addition,the strain-hardening behavior of an SHCC doubled mix with FA and RMP or RBP has a similar ultimate strain and a higher ultimate stress than SHCC containing only FA. | Ruixue Wu Tiejun Zhao Peng Zhang Dingyi Yang Miao Liu Zhiming Ma | 2021 | Journal of Renewable Materials2021，9，4： | 1 |
| 16 | On two Permian sub mrine extension-sedimentation events along the north margin of the Gondwana and the west margin of the Yangtse massif 显示文摘 | Yang Zunyi Liang Dingyi Nie Zetong | 1993 | Comptes rendus XII ICP-P1993，1，： | 1 |
| 17 | Structural insights into the membrane microdomain organization by SPFH family proteins显示文摘The lateral segregation of membrane constituents into functional microdomains,conceptually known as lipid raft,is a universal organization principle for cellular membranes in both prokaryotes and eukaryotes.The widespread Stomatin,Prohibitin,Flotillin,and HflK/C(SPFH)family proteins are enriched in functional membrane microdomains at various subcellular locations,and therefore were hypothesized to play a scaffolding role in microdomain formation.In addition,many SPFH proteins are also implicated in highly specific processes occurring on the membrane.However,none of these functions is understood at the molecular level.Here we report the structure of a supramolecular complex that is isolated from bacterial membrane microdomains and contains two SPFH proteins(HflK and HflC)and a membrane-anchored AAA+protease FtsH.HflK and HflC form a circular 24-mer assembly,featuring a laterally segregated membrane microdomain(20 nm in diameter)bordered by transmembrane domains of HflK/C and a completely sealed periplasmic vault.Four FtsH hexamers are embedded inside this microdomain through interactions with the inner surface of the vault.These observations provide a mechanistic explanation for the role of HflK/C and their mitochondrial homologs prohibitins in regulating membrane-bound AAA+proteases,and suggest a general model for the organization and functionalization of membrane microdomains by SPFH proteins. | Chengying Ma Chengkun Wang Dingyi Luo Lu Yan Wenxian Yang Ningning Li Ning Gao | 2022 | Cell Research2022，32，2： | 0 |
| 18 | Constructing metal-free heterophotocatalyst using two-dimensional carbon nitride sheets and violet phosphorene for highly efficient visible-light photocatalysis显示文摘Two-dimensional(2D)carbon nitride sheets(CNs)with nanoscale thickness have great potential in solar energy conversion owing to their intrinsic bandgap.However,their photocatalytic efficiency falls far below the practical requirements because the generated electron-hole pairs rapidly recombine.We construct a metal-free 2D p–n junction heterophotocatalyst from CNs and violet phosphorene(VP)using a simple electrostatic self-assembly method.The experimental results and density functional theory calculations show that the built-in electric field of the p–n junction promotes photogenerated carrier transport at the heterojunction interface,thereby promoting the separation of photogenerated electron-hole pairs.Under visible-light illumination,the visible-light photocatalytic hydrogen and CO production rates of the CNs/VP heterojunction were increased by 5.85 and 1.51 times,respectively,when compared to that of CNs.This study provides new insights into the design of metal-free heterogeneous photocatalysts with high catalytic activity。 | Yong Wang Chengxin Zeng Liting Wu Yalin Dong Yu Zhang Dingyi Yang Wen Hu Jian Hao Hongzhe Pan Rusen Yang | 2023 | Journal of Materials Science & Technology2023，，15： | 0 |
| 19 | Epigenetic regulation and mechanobiology显示文摘Mechanical force regulates a variety of cellular functions through inducing modulations in nuclear chromatin structures and epigenetic landscapes(outside in).The epigenetic modifications,in turn,regulate gene expressions and affect phenotypic outcomes,including cytoskeletal organization and cellcell/cell-ECM interactions(inside out).While there have been significant advances in the understanding of mechanotransduction in the nucleus,there is still a lack of knowledge on the potential mechanisms through which mechanical cues affect epigenetic and chromatin regulations to determine genetic outcomes.This review firstly focuses on the current understanding of epigenetic regulations and then summarizes how mechanotransduction and epigenetic modification couple together to regulate molecular and cellular functions,eventually causing functional phenotype changes e.g.,diseases.Lastly,we introduce related technologies for mechanistic studies,particularly fluorescence resonance energy transfer(FRET)biosensors for the visualization of dynamic epigenetic regulations in single living cells,as well as the applications of FRET biosensors to visualize mechanotransduction events occurring in the nucleus.These studies could provide new insights into epigenetics in regulating the physiological and pathological processes in living cells under different mechanical environments. | Shitian Li Dingyi Yang Li Gao Yingxiao Wang Qin Peng | 2020 | Biophysics Reports2020，6，2： | 0 |
| 20 | BIM-based automated design for HVAC system of office buildings-An experimental study显示文摘Although computer technologies have greatly advanced in recent years and help engineers improve work efficiency,the heating,ventilation,and air conditioning(HVAC)design process is still very time-consuming.In this paper,we propose a conceptual framework for automating the entire design process to replace current human-based HVAC design procedures.This framework includes the following automated processes:building information modeling(BIM)simplification,building energy modeling(BEM)generation&load calculation,HVAC system topology generation&equipment sizing,and system diagram generation.In this study,we analyze the importance of each process and possible ways to implement them using software.Then,we use a case study to test the automated design procedure and illustrate the feasibility of the new automated design approach.The purpose of this study is to simplify the steps in the traditional rule-based HVAC system design process by introducing artificial intelligence(Al)technology based on the traditional computer-aided design(CAD)process.Experimental results show that the automatic processes are feasible,compared with the traditional design process can effectively shorten the design time from 23.37 working hours to nearly 1 hour,and improve the efficiency. | Hongxin Wang Peng Xu Huajing Sha Jiefan Gu Tong Xiao Yikun Yang Dingyi Zhang | 2022 | Building Simulation2022，15，7： | 0 |
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