纳米材料与技术相关论文
纳米材料与技术已经广泛用于寄生虫病的防治中.目前,包虫病的诊断主要采用影像学技术和免疫学方法,影像学技术价格相对较高,且灵敏......
在新一轮科技革命和产业变革的背景下,纳米材料与纳米技术的进步有力地支撑了多种高科技行业的快速发展,成为这些领域最重要的技术......
近二十多年来，得益于纳米材料与技术以及高效可再生能源器件的迅速发展，碳纳米纤维凭借高导性、优异的力学性质、丰富的电化学特......
纳米科技是一门多门类交叉的新兴学科.为了满足《纳米材料与技术》课程理论体系与创新培养的需要,对教学内容的选择、教学方法的改......
在生物医学领域中，新技术与新材料的出现，不断地推动医学基础与临床研究向更为合理与有效的方向发展。纳米技术与材料在医学领域的研......
“发达国家尚处在纳米科技产业化的前夜，我国存在跨越式发展机遇”。我国著名纳米科技专家、清华大学范守善教授在新世纪清华大学高......
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纳米材料与技术,是当今世界科学界研究的前沿;而风靡世界的抗菌材料目前已经成为“跨世纪的环保和健康产品”.一旦纳米材料技术与......
纳米材料与技术课程是一门学科交叉课程,强调物理、化学和材料的综合基础,要点在从纳米尺度去理解材料、构造材料和分析材料。本文......
结合多年来与振动磨相关的研究工作，从学科交叉的视觉，论述了振动与纳米材料研究的双向发展，包括多相离散体系的碰撞振动及混沌、超微......
为适应国家、社会对高素质人才的需求，构建以学生为主体，注重学生创新创业能力的“双创”人才培养模式成为高等教育的必然选择。本文......
基于移动微学习的Seminar教学与考核模式,是针对传统的单向教学模式难以培养学生的学习自主性和独立思考能力的问题提出的。采用该......
High-yield Synthesis of Two-dimensional BN Nanosheets for Effective Mechanical Reinforcements of Pol
<正>With the birth of graphene with fasnicating properties,novel two-dimensional nanomaterials have obtained considerabl......
<正>Heterostructure and solid-solution semicon-ductor nanostructures comprised of two different bi-nary compounds repres......
<正>Horizontally ZnO nanowires and 3D nanowires network were synthesized on dielectric silicon substrate and SiO_2 insul......
<正>OPAS/SiC/EP,SiC/EP,A151-SiC/EP composites were prepared and their impact properties,flexural properties,thermal cond......
<正>Developments in wearable electronics,have brought a revolution to our way of life.In order to power them sustainably......
<正>Nano-sized transition metal oxides(TMOs),featured by such merits as high lithium storage capacities,rich resources a......
<正>Micro-/nanomotors have fascinating capabilities to pick up,transport,and release various micro/nanocargoes because o......
<正>The hexagonal MoS_2 nanoflake arrays(MNFs)has been synthesized on a Cu substrate by using a hydrothermal method with......
<正>Acute promyelocytic leukemia(APL)is a special leukemia accounting for above 10%of adult acute myeloid leukemia.The t......
<正>Electrochemical energy storage devices having high power density and energy density with robust cycle life are neces......
<正>Here,we report a large scale colloidal synthesis(CS)of Cu5FeS4(Bornite)at different temperature(493 K,533 K and 553 ......
<正>Thin-films of Zinc Tin Oxide(ZTO)with an extremely high charge carrier mobility and superior optical transmittance a......
<正>Multifunctional micro/nano devices and systems are of important applications in smart electronics for health care,hu......
<正>Highly microporous activated carbon for enhanced CO_2 adsorption were prepared by one-pot potassium oxalate(K_2C_2O_......
Simplified Synthesis and Luminous Mechanism of Eu^2＋-Doped A-Si3N4 Nanowires with Strong Green Lumin
<正>Ultra-long,single crystal,Eu-doped α-Si3N4 nanowires were prepared by a simple approach involving nitriding Eu-dope......
<正>Among the numerous compound semiconductors,WO_3 is typically a kind of multi-functional and multi-purpose material w......
<正>Herein,we report some facile and general methods to directly grow metal oxide(TiO_2,SnO_2,NiO,Co_3O_4 and MCo_2O_4)n......
<正>Recently,triboelectric nanogenerator(TENC)has attracted much attention and been considered as another potential solu......
<正>In this work,a photodetector based on ZnO nanorods array was vertically grown on the nanoZnO film.ZnO nanorods playi......
<正>Metal-organic frameworks(MOFs)are a new class of crystalline porous materials with periodic network structures,which......
Photocatalytic Preparation of Nanostructured MnO2-（Co3O4）/TiO2 Hybrids and Their Catalytic Applicati
<正>Photocatalysis has already triggered enormous researches in the areas of solar energy transfer,environmental purific......
<正>Noble metal nanoparticles are attractive catalytic materials on account of their novel optical,electrical and magnet......
<正>Layered lithium intercalation compounds LiMeO_2(Me:transition element)materials have been widely studied and applied......
<正>GO prepared by Hummers method was added to cement paste and the effect of different dosage of GO on the cement paste......
Fabrication and Application of Organic/Inorganic Hybrid Thin Films on the Pore Wall of Microporous P
<正>Polyolefin materials,such as polyethylene and polypropylene,are the most widely used sep-arators materials in lithiu......
<正>Conventional catalyst preparation for growth of carbon nanomaterials(CNMs)mainly consists of atomic layer deposition......
<正>To realize the mass production of highly-dispersed nanocrystalline materials is one precondition for their industria......
<正>Development of effective technologies for clean and sustainable hydrogen energy has been attracting great attention ......
<正>Self-powered sensing technology by collecting energy from ambience is an idea strategy to realize the application of......
<正>Micro/meso scale modification can bring big changes in macroscale property.The addition of nanofillers makes materia......
<正>ultra-fine grinding technology,mechanical grinding method,wet milling of nano-scale powder12 With the intensive appl......
<正>Triboelectric nanogenerators(TENG)that harvest energy from ambient environment have attracted great attention since ......
<正>Aluminum matrix composites reinforced with different content of graphene nanoplatelets(GNPs)were prepared via ball-m......
Correlation between Phase Composition,Microstructure,and Electrochemical Behavior of Cobalt Compound
<正>Cobalt compounds with different phase compositions and microstructure are promising in solving the energy storage an......
Transmetallation at the Solid Interface between Self-assembled Cobalt Phthalocyanine and Cu （111） Su
<正>Fabrication of controllable on-surface structures has been an appealing topic in the field of molecular electronics.......
Honeycomb-like Three Rlectrodes Based Triboelectric Generator for Harvesting Energy in Full Space an
<正>A novel honeycomb-like triboelectric generator(HTEC)based on three elecbodes has been de-signed for harvesting mecha......
