【摘 要】
:
The semiconductor industry reached a major milestone recently when IBM Research,the research and development division of International Business Machines Corporation(IBM),demonstrated what it billed as“the world\'s first 2 nm chip”in May 2021(Fig.1)[1].T
论文部分内容阅读
The semiconductor industry reached a major milestone recently when IBM Research,the research and development division of International Business Machines Corporation(IBM),demonstrated what it billed as“the world\'s first 2 nm chip”in May 2021(Fig.1)[1].The test chip uses a breakthrough technology called stacked nanosheets to achieve new levels of transistor density(transistors per square millimeter),paving the way for faster,more energy-efficient semiconductors.
其他文献
1.IntroductionrnFormulating an optimal roadmap to realizing the goals of peak carbon dioxide emissions and carbon neutrality calls for a systemic analysis of mesoscale structures at multiple levels and of their gov-erning multi-objective mechanisms within
1.IntroductionrnClimate change has become a global nontraditional security challenge,and achieving carbon neutrality is the global trend of the era that will determine the future of humanity[1-5].So far,more than 137 countries have set goals or pledged to
1.Opportunities and a bottleneck in the hydrogen energy industryrnHydrogen(H2)is a carbon-free energy carrier with a wide range of application scenarios that was first emphasized in the Report on the Work of the Government in 2019 in China.In March 2021,P
Biosensors are a fast-growing field,as they have been shown to be very helpful in our daily life,playing roles in industries such as agriculture,food safety,homeland security,bioprocessing,envi-ronmental monitoring,and industrial monitoring.Beyond these,t
《纺织机械行业“十四五”发展指导性意见》为行业指明了发展方向,本文探讨棉纺(超)大牵伸技术应用案例,分析已公开的几个种类大牵伸工艺技术结构,指出棉纺大牵伸应用的主要问题是牵伸能力和牵伸品质的矛盾,提出环锭纺棉条直纺超大牵伸纺纱应用存在的两大制约因素,指出多级同向串联胶圈钳口超大牵伸装置的三个工艺结构缺陷,构建一种适于涡流纺超大牵伸和环锭纺大牵伸的新型牵伸结构:双向延伸胶圈钳口变速点前后移集中控制式四罗拉牵伸装置,并阐述其优势特征和牵伸相关理论与机理支撑.
1.IntroductionrnThe Beijing-Zhangjiakou high-speed railway(HSR)is an impor-tant transport facility that will serve the Beijing 2022 Olympic Winter Games.Its main line is 174 km long,and its maximum design speed is 350 km·h-1.It is the world\'s first HSR
Organ-on-a-chip technology,a promising three-dimensional(3D)dynamic culture method,ensures accu-rate and efficient cell culture and has great potential for replacing animal models in preclinical testing.The circulatory system,the most abundant organ in th
Polypropylene(PP)and polyethylene(PE)play central roles in our daily life.However,their immiscibility presents a major hurdle in both industry and academia when recycling them into alloys with favorable mechanical properties.Moreover,typical compatibilize
Antimicrobial resistance is undoubtedly one of the greatest global health threats.The emergence of multidrug-resistant(MDR)Gram-positive pathogens,such as methicillin-resistant Staphylococcus aureus(MRSA),vancomycin-resistant Enterococcus faecium(VRE),and
The low ionic conductivity of solid-state electrolytes(SSEs)and the inferior interfacial reliability between SSEs and solid-state electrodes are two urgent challenges hindering the application of solid-state sodium batteries(SSSBs).Herein,sodium(Na)super