Nanomechanics相关论文
Diamond,as an ultra-wide bandgap semiconductor,has become a promising candidate for next-generation microelec-tronics an......
Enhanced tensile ductility of tungsten microwires via high-density dislocations and reduced grain bo
Despite being strong with many outstanding physical properties,tungsten is inherently brittle at room temperature,restri......
Due to the enhanced ambient structural stability and excellent optoelectronic properties,all-inorganic metal halide pero......
Amplitude-modulated Atomic Force Microscopy(AM-AFM),also known as tapping mode or AC mode,is a proven,reliable,fast and ......
Polypeptides are functional biomolecules that play a key role in life science, where they can act as hormones and signal......
Mechanics prevails at all level of life processes.The emerging fields of mechanobiology focuses on how cells/organs/tiss......
Highly flexible bending deformation in single crystalline diamond nanoneedles for biomedical applica
Through in situ investigations performed by a quantitative nanoindenter inside a scanning electron microscope (SEM) ,we ......
The sclera is the dense outer coating of the eye which provides the structural framework that defines the shape of t......
Arterial stiffening occurs as part of the natural ageing process,and is thought to be related to the changes in the ......
Vibration analysis of atomic force microscope cantilevers in contact resonance force microscopy usin
Timoshenko 横梁模型被雇用调查原子力量的颤动在接触回声力量显微镜学(CRFM ) 的显微镜(AFM ) 伸臂。有垂直、侧面的尖端样品接触......
纳米科技的快速发展迫切需要对材料小尺度下的力学性能进行定量化测试与表征.将声学和原子力显微镜相结合的扫描探针声学显微技术(......
Structural-Nanomechanical Property Correlation of Shallow Water Shrimp (Pandalus platyceros) Exoskel
本文通过对荣华二采区10...
The nanomechanical behaviors of (110) and (111) CdZnTe crystals were investigated by nanoindentation. It was found that ......
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This paper has successfully addressed three critical but overlooked issues in nonlocal elastic stress field theory for n......
基于微悬臂梁技术的DNA生物传感器的纳米挠度与核苷长度、嫁接密度、杂交率、重力、盐溶液浓度、时间、温度变化、缓冲液流场特性......
本文利用能量法解析分析了无标记生物检测中基因芯片的纳米力学行为。首先，考虑微悬臂梁机械能和基因层静电能、水合能和构型熵，建立......
利用能量法分析无标记生物检测中基因芯片的纳米力学行为.首先,考虑微悬臂梁机械能、基因层静电能、水合能和构型熵,建立基因芯片......
本文利用能量法研究了无标记生物检测中基因芯片的纳米力学行为。首先，在考虑微悬臂梁机械能和基因层静电能、构型熵、渗透能的情况......
分析了纳米材料的四大效应所带来的力学问题.对纳米力学概念、研究对象和研究范围等进行了简要的回顾和描述,同时对纳米力学计算方......
通过分析分子动力学过程粒子运动的基本特征,提出分离不同性质、不同量级的原子快运动和慢运动进行模拟的思想,建立了适用于这两种......
nanomechanical 行为(110 ) 并且(111 ) CdZnTe 晶体被 nanoindentation 调查。尽管测试表面上的扫描力量是很小的， indenter 尖端......
Capacitive nano-switches have been of great interest as replacements for conventional semiconductor switches. Accurate d......
Non invasive ultrasound-based imaging systems are being more commonly used in clinical bio-microscopy applications for b......
Small scale effects on buckling and postbuckling behaviors of axially loaded FGM nanoshells based on
By means of a comprehensive theory of elasticity,namely,a nonlocal strain gradient continuum theory,size-dependent nonli......
根据国家科学基金(NSF ) 主任 A。Bement，鈥楾r ansformative 研究是承受极端地改变我们一个重要存在科学概念的理解或导致一个新范......
综述了近些年才开展的采用原子力显微技术，在聚合物表面进行纳米力学测量的实验方法和基本理论的进展，内容包括分子链的纳米强度测量......
