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Dream Hack持续扩张的电竞布局

电子竞技 2016年第23期 80-81页

作者： John Gaudiosi cas.wang

DreamHack在奥斯汀举办的第一场电子竞技赛事为其打开了美国市场。这家瑞典公司为了在目前世界上电竞观众增长速度最快的美国市场上占有优势，计划在2017年加倍投入美国市场。DreamHack将于2月15-19日第一次在美国拉斯维加斯美高梅大酒... 详细信息

DreamHack在奥斯汀举办的第一场电子竞技赛事为其打开了美国市场。这家瑞典公司为了在目前世界上电竞观众增长速度最快的美国市场上占有优势，计划在2017年加倍投入美国市场。DreamHack将于2月15-19日第一次在美国拉斯维加斯美高梅大酒店花园体育馆举办DreamHack大师赛。来自世界的16支顶级CS:GO的队伍将会角逐45万美元的奖金。除此之外，2017年DreamHack在美国还有4月28-30日奥斯汀的赛事，7月21-23日亚特兰大的赛事，和10月20-22日丹佛的赛事。

关键词：美国市场拉斯维加斯电子竞技亚特兰大体育馆世界

Wargaming公司凭借《坦克世界:闪电战》布局移动电竞

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电子竞技 2016年第19期 80-81页

作者： John Gaudiosi cas.wang 曹珺萌不详

Wargaming公司以其风靡全球的拥有广大客户群体的核心PC端游戏《坦克世界》为基础，开始扩张其电子竞技商业布局。近期，厂商举办了为期一天的《坦克世界：闪电战》的比赛角逐出16强战队，代表着其即将进入电子竞技。现在Wargaming全力... 详细信息

Wargaming公司以其风靡全球的拥有广大客户群体的核心PC端游戏《坦克世界》为基础，开始扩张其电子竞技商业布局。近期，厂商举办了为期一天的《坦克世界：闪电战》的比赛角逐出16强战队，代表着其即将进入电子竞技。现在Wargaming全力投入到第—届BlitzTwisterCup(闪电旋风杯）。

关键词：闪电世界坦克移动电子竞技客户群体商业布局

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动视暴雪的品牌信条:创新永不过时

电子竞技 2017年第7期 82-83页

作者： H.B. Duran cas.wang 不详

动视公司成立于1979年，是全球首家独立游戏开发商和主机游戏的分发者，其第一款游戏机为雅达利2600。三十载的游戏开发让动视公司探索出其独到的方法，尤其在将新技术应用到受欢迎的游戏中。自1982年推出经典游戏《逃离险境》（《Pitfa... 详细信息

动视公司成立于1979年，是全球首家独立游戏开发商和主机游戏的分发者，其第一款游戏机为雅达利2600。三十载的游戏开发让动视公司探索出其独到的方法，尤其在将新技术应用到受欢迎的游戏中。自1982年推出经典游戏《逃离险境》（《Pitfall!》）到如今推出的广受欢迎游戏系列如《魔兽世界》、《使命召唤：无限战争》，先前的动视，也就是如今的动视暴雪推出了大量紧随世界潮流的IP。

关键词：暴雪游戏开发商《魔兽世界》创新品牌游戏机

从家用游戏机到电竞:2016女性游戏玩家趋势

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电子竞技 2017年第3期 72-73页

作者： H.B.Duran cas.wang

多数视频游戏将目标人群定位为男性千禧一代,女性玩家往往被忽略。但是据ESA统计,成年女性玩家已成为游戏社区中最多的一类人群——超过18岁的女性玩家人数占总游戏人数36%,而超过18岁的男性玩家人数比例只有35%,略微低于女性。目前研... 详细信息

多数视频游戏将目标人群定位为男性千禧一代,女性玩家往往被忽略。但是据ESA统计,成年女性玩家已成为游戏社区中最多的一类人群——超过18岁的女性玩家人数占总游戏人数36%,而超过18岁的男性玩家人数比例只有35%,略微低于女性。目前研究表明,在美国,相比于男性,更多的女性拥有视频游戏主机,并且其中的大多数都参与到了电子竞技中。

关键词：游戏玩家电子竞技游戏主机视频游戏女性角色目标人群人数比例美国女性马里奥益智类

游戏展Gamescom在科隆举行电竞成为展览主流

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电子竞技 2016年第17期 76-76页

作者： John Gaudiosi cas.wang

Gamescom的国际化视野“展会一开始就体现了其独特的理念——Gamescom提供给各方专业性的特殊平台,同时涵盖了商业贸易、消费者、开发商、发行商等不同人群.”Gamescom的项目经理TimEndres说,“我们的参展者来自不同的1000个国家和地区... 详细信息

Gamescom的国际化视野“展会一开始就体现了其独特的理念——Gamescom提供给各方专业性的特殊平台,同时涵盖了商业贸易、消费者、开发商、发行商等不同人群.”Gamescom的项目经理TimEndres说,“我们的参展者来自不同的1000个国家和地区,展会可以满足任何人群.”虽然Endres没有给出具体的统计数字,但他说美国的与会者一直都在对Gamescom保持高度关注,并且今年甚至有超过往年的趋势.Endres回忆道,当2009年展会从莱比锡搬到科隆时,那一年有458个展商,17000名专业参观者和占地12万平方米的展览空间.

关键词：展览空间科隆游戏商业贸易项目经理统计数字展会国际化

Effect of icosahedral phase formation on the stress corrosion cracking(SCC)behaviors of the as-cast Mg-8%Li(in wt.%)based alloys

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Journal of Magnesium and Alloys 2024年第1期12卷 225-236页

作者： Shuo wang Daokui Xu Dongliang wang Zhiqiang Zhang Baojie wang Key Lab of Electromagnetic Processing of Materials Ministry of EducationNortheastern UniversityShenyang110819China Key Laboratory of Nuclear Materials and Safety Assessment Institute of Metal ResearchChinese Academy of SciencesShenyang110016China Engineering Research Center of Advanced Materials Preparing Technology Ministry of EducationNortheastern UniversityShenyang110819China School of Environmental and Chemical Engineering Shenyang Ligong UniversityShenyang110159China Binzhou Institute of Technology BinzhouShandong Province256606China Shandong Key Laboratory of Advanced Aluminium Materials and Technology BinzhouShandong Province256606China

Through exploring the stress corrosion cracking(SCC)behaviors of the as-cast Mg-8%Li and Mg-8%Li-6%Zn-1.2%Y alloys in a 0.1 M NaCl solution,it revealed that the SCC susceptibility index(I_(SCC))of the Mg-8%Li alloy was 47%,whilst the I_(SCC)of the Mg-8%Li-6%Zn-1.2%Y alloy was 68%.Surface,cross-sectional and fractography observations indicated that for the Mg-8%Li alloy,theα-Mg/β-Li interfaces acted as the preferential crack initiation sites and propagation paths during the SCC *** regard to the Mg-8%Li-6%Zn-1.2%Y alloy,the crack initiation sites included the I-phase and the interfaces of I-phase/β-Li andα-Mg/β-Li,and the preferential propagation paths were the I-phase/β-Li andα-Mg/β-Li ***,the SCC of the two alloys was concerned with hydrogen embrittlement(HE)mechanism.

关键词： Magnesium-lithium alloy Stress corrosion cracking I-phase Fracture analysis

Molecular design of recyclable thermosetting polyimide and its composite with excellent mechanical and tribological properties

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Friction 2024年第3期12卷 452-461页

作者： Xiaoyue wang Zenghui YANG Tingmei wang Qihua wang Xinrui ZHANG Song LI Key Laboratory of Science and Technology on Wear and Protection of Materials Lanzhou Institute of Chemical PhysicsChinese Academy of SciencesLanzhou 730000China Center of Materials Science and Optoelectronics Engineering University of Chinese Academy of SciencesBeijing 100049China State Key Laboratory of Solid Lubrication Lanzhou Institute of Chemical PhysicsChinese Academy of SciencesLanzhou 730000China

Recyclability of thermosetting polymers and their composites is a challenge for alleviating environmental pollution and resource *** this study,solvent-recyclable thermosetting polyimide(PI)and its composite were successfully *** tensile strength,elongation at break,and Young’s modulus of PI are 108.70±7.29 MPa,19.35%±3.89%,and 2336.42±128.00 MPa,*** addition of reduced graphene oxide(RGO)not only enhances the mechanical properties of PI but also endows it with excellent tribological *** PI illustrates a high recycling efficiency of 94.15%,but the recycled composite exhibits inferior mechanical *** recycling and utilization of PI and its composite are realized through imine bonds(-C=N),which provides new guidance for solving the problem of environmental pollution and resource waste and is potential application in the field of sustainable tribology.

关键词： thermosetting polyimide(PI) recyclability dynamic covalent bonds friction and wear polymer composites

Hollow structured Fe@C nanorods for boosting dehydrogenation properties of α-AlH_(3)

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Nano Research 2024年第9期17卷 8184-8191页

作者： Yuan Zhao Qingshuang wang Dongming Yin Xiaoli wang Shouliang Li Chunli wang Long Liang Shaolei Zhao Limin wang Yong Cheng School of Materials Science and Engineering Changchun University of Science and TechnologyChangchun 130022China State Key Laboratory of Rare Earth Resource Utilization Changchun Institute of Applied ChemistryChinese Academy of SciencesChangchun 130022China Shandong Provincial Key Laboratory of Monocrystalline Silicon Semiconductor Materials and Technology College of Chemistry and Chemical EngineeringDezhou UniversityDezhou 253023China Henan Nayu New Material Co. Ltd.Xinxiang 453000China

α-AlH_(3)is regarded as one of the most promising hydrogen storage materials due to its high hydrogen storage capacity(10.1 wt.%,148 kg·m^(-3)).However,in practical applications,the associated hydrogen release temperature remains relatively *** effectively address this issue,hollow structured Fe@C nanorods derived from Fe-MOF are introduced as highly efficient catalyst to optimize the dehydrogenation properties ofα-AlH_(3).Comparatively,the initial hydrogen release temperature ofα-AlH_(3)+3 wt.%Fe@C is reduced to 94.2℃,which is significantly lower than that of pureα-AlH_(3)(137.8℃).At 100 and 120℃,it exhibits hydrogen capacities of 5.38 wt.%and 7.47 wt.%,respectively,whereas pureα-AlH_(3)only delivers hydrogen capacities of 0.24 wt.%and 5.94 wt.%under the same *** density functional theory(DFT)calculations further indicate that the existence of Fe@C catalyst can make the length of Al-H bond increase,which is more conducive to the release of *** results show that the synergistic effect of Fe and porous carbon in Fe@C nanorods can improve the hydrogen desorption kinetics ofα-AlH_(3),providing a good prospect for the application ofα-AlH_(3)in hydrogen storage fields.

关键词： Fe@C α-AlH_(3) dehydrogenation catalyst

Manipulating Crystal Growth and Secondary Phase PbI_(2)to Enable Efficient and Stable Perovskite Solar Cells with Natural Additives

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Nano-Micro Letters 2024年第9期16卷 432-448页

作者： Yirong wang Yaohui Cheng Chunchun Yin Jinming Zhang Jingxuan You Jizheng wang Jinfeng wang Jun Zhang Institute of Chemistry Chinese Academy of Sciences(CAS)Beijing 100190People’s Republic of China University of Chinese Academy of Sciences Beijing 100049People’s Republic of China Nanjing University Nanjing 210023People’s Republic of China Wuhan Textile University Wuhan 430200People’s Republic of China

In perovskite solar cells(PSCs),the inherent defects of perovskite film and the random distribution of excess lead iodide(PbI_(2))prevent the improvement of efficiency and ***,natural cellulose is used as the raw material to design a series of cellulose derivatives for perovskite crystallization *** cationic cellulose derivative C-Im-CN with cyano-imidazolium(Im-CN)cation and chloride anion prominently promotes the crystallization process,grain growth,and directional orientation of ***,excess PbI_(2)is transferred to the surface of perovskite grains or formed plate-like crystallites in local *** effects result in suppressing defect formation,decreasing grain boundaries,enhancing carrier extraction,inhibiting non-radiative recombination,and dramatically prolonging carrier ***,the PSCs exhibit a high power conversion efficiency of 24.71%.Moreover,C-Im-CN has multiple interaction sites and polymer skeleton,so the unencapsulated PSCs maintain above 91.3%of their initial efficiencies after 3000 h of continuous operation in a conventional air atmosphere and have good stability under high humidity *** utilization of biopolymers with excellent structure-designability to manage the perovskite opens a state-of-the-art avenue for manufacturing and improving PSCs.

关键词： Perovskite Solar cells Defect passivation Biomass additives Crystal orientation