1)nanohardness纳米硬度
1.Experimental investigation of Ti6Al4V alloy nanohardness load dependence;Ti6Al4V合金的纳米硬度载荷依赖性实验研究
2.Test and analysis on nanohardness using an AFM-based system;AFM的纳米硬度测试与分析
3.Micro-mechanical properties such as nanohardness,elastic modulus,fracture tough- ness,etc.采用纳米压入方法表征了热浸镀铝钢表面由Al_2O_3层、Al层和FeAl层组成的复合涂层的纳米硬度、弹性模量及断裂韧性等微观力学性能,采用扫描电镜(SEM)观察了纳米压痕形貌,并分析了孔洞对陶瓷层的纳米压入行为和压痕裂纹扩展的影响。
英文短句/例句
1.Nano Hardness Measurement by Static Indentation and Asia-Pacific Interlaboratory Comparison压入法纳米硬度测量与亚太国际比对
2.Nano-hardness Tester and Its Application in MEMS纳米硬度计及其在微机电系统中的应用
3.Microhardness evaluation of a nano-composite resin light-cured with halogen light and light-emitting diode at 3 different distances固化灯及照射距离对纳米树脂显微硬度的影响
4.Effect of Heat Treatment on Micro-Hardness of Ni-ZrO_2 Nano-Composite Electroforming Deposits热处理对Ni-ZrO_2纳米复合电铸层显微硬度的影响
5.Effect of Nano-SiC Particles Addition on Microstructure and Hardness of Q235 Steel外加纳米SiC颗粒对Q235钢组织与硬度的影响
6.Microstructure and Hardness of Pure Aluminum Surface Nanocrystallization after SMAT纯铝表面机械研磨纳米化后的显微组织和硬度
7.Influence of Surfactants on Ni-nano-TiO_2 Composite Coatings表面活性剂对Ni-纳米TiO_2复合镀层硬度的影响
8.Variation of microstructure and hardness of nanocomposite Al-Sn alloy during sintering纳米复合Al-Sn合金烧结中的组织和硬度变化
9.Factors Resulting in Micron Indentation Hardness Descending in Indentation Tests纳米压痕实验微米级深度硬度下降现象的研究(英文)
10.Nanostructured materials have unique properties in the aspects of hardness, strength, ductility and toughness.纳米材料与常规材料相比在硬度、度、性等方面具有独特的性能。
11.Microstructure and Superhardness Effect of the Hard Nano-multilayer Films;硬质纳米多层膜的微结构与超硬效应
12.This paper provided wood modification method to improve the properties of the wood such as penetrability and rigidity.提出了改善木材渗透性能、提高木材硬度等纳米改性方案。
13.The Experimental Study on PMMA Artificial Tooth to Improve the Hardness and Antiwear with Nanotechnology;纳米技术提高聚甲基丙烯酸甲酯人造牙硬度及耐磨性的实验研究
14.Microhardness and Toughness of Plasma-Sprayed Al_2O_3-TiO_2-ZrO_2 Composite CoatingsAl_2O_3-TiO_2-ZrO_2含纳米结构等离子喷涂层的显微硬度及韧性
15.Effect of the Nano-SiO_2 and Glass Fibers Content on Micro-Hardness of Nylon6 Composites纳米SiO_2与玻璃纤维含量对尼龙6显微硬度的影响
16.Measurements of Hardness and Elastic Modulus by Nanoindenter for Cu_(50)Zr_(43)Ti_7 Amorphous Alloy用纳米压痕仪测量Cu_(50)Zr_(43)Ti_7非晶合金的硬度和弹性模量
17.Effect of Nanoscale CeO_2 on Microstructure and Properties of Nanocrystalline WC-Co Hardmetal纳米氧化铈对纳米晶硬质合金组织性能的影响
18.A Comparative Study of Impact Strength and Rockwell Hardness on Nano Composite Denture Base Resin and Traditional Denture Base Resin;纳米基托复合树脂与传统基托树脂冲击强度及洛氏硬度的对比研究
相关短句/例句
nano-hardness纳米硬度
1.Effect of sorts of implanted ions on surface nano-hardness improvement of Nylon 6 and its mechanism;注入离子种类对尼龙6表面纳米硬度的影响及机理分析
2.The composition depth profiles and element chemical states of the TiN films were analyzed using XPS,and the nano-hardness of the TiN films was measured by mechanical properties microprobe.利用XPS分析了两种方法制备TiN薄膜的成分深度分布和元素化学价态,并用力学性能显微探针测试对比了TiN膜的纳米硬度。
3.The results show that the nylon 1010 exhibits an indentation size effect on nano-hardness and elastic modulus.采用原位纳米力学测试系统TriboIndenter对尼龙1010进行了纳米硬度测试和纳米动态力学性能测试。
3)nano hardness纳米硬度
4)nanohardness tester纳米硬度仪
5)nanoindentation纳米硬度计
1.Mechanical properties of polysilicon microcantilever beams measured using nanoindentation;纳米硬度计研究多晶硅微悬臂梁力学特性
2.We measured its Young’s modulus by nanoindentation, analyzed the dynamic performance of the film and compared the difference of these two methods.对它们的力学特性进行了分析,用纳米硬度计测量了薄膜的杨氏模量。
3.The nanoindentation mechanical properties,adhesion and fracture toughness of coatings are studied,and the load penetration depth curve is examined.阐述了利用纳米硬度计研究涂层纳米力学特性的纳米压痕方法以及涂层纳米力学特性、附着、断裂韧性的评定指标 ,分析了载荷P与压入深度h关系曲线和载荷P与压入深度平方h2 关系曲线的特征 ,并提出用P -h和P -h2 关系曲线完整描述涂层纳米力学特性的方法 P -h2 曲线与P -h曲线一道就可完整反映涂层界面失效、断裂失效的整个过程 应用该方法对化学气相沉积 (CVD)TiN/Ti(C ,N) /TiC/Ti(C ,N) /TiCTi(C ,N) /TiC七层耐磨硬涂层进行了研究 结果表明 ,其具有较高的硬度、韧性和耐磨
6)nano-indentation hardness纳米压痕硬度
1.The features of nano-indentation hardness test were compared with those of traditional indentation hardness test such as Brinell, Rockwell, Vickers, Barcol and so on.比较系统地分析了传统的布氏、洛氏、维氏、玻氏等七种常用压痕硬度试验法之间及它们与纳米压痕硬度试验法之间的异同,概括地分析了压痕硬度试验法研究的主要内容、现状及应用,讨论了压痕硬度试验法的研究重点———纳米压痕硬度试验法。
延伸阅读
矿石硬度矿石硬度hardness of rock and ore kuangshiy一ngdu矿石硬度(hardness of roek and ore)抵抗工具侵入矿石表面的能力，表征矿石物料破碎难易的指标。国际上通用的测定矿石硬度的方法是摩氏标准矿物硬度比较法;中国还采用普氏岩矿坚固性系数f(俗称岩矿硬度系数)表征矿石硬度。 摩氏硬度是1824年由奥地利人摩斯(F .MohS)提出的。他以硬度从小到大的滑石、石膏、方解石、萤石、磷灰石、正长石、石英、黄玉、刚玉、金刚石等十种标准矿物的硬度为标尺，鉴定被测矿石的硬度。被测定的矿物若能被某级标准矿物所刻划，在表面留下痕迹，又不能被低一级标准矿物刻划，则此矿石物料的硬度便在这两种硬度标值之间。矿石物料的硬度也可由其组成矿物的硬度及含量加权平均求得。 普氏岩矿坚固性系数f是俄国学者普罗托季亚科诺夫(M.M.Izpo:o几。月KHoB)于1911年提出并首先采用的。用以表征采矿工程中各种岩矿的破碎和岩体维护作业的难易程度。普氏认为无论以哪种方式进行破碎，岩矿所表现的坚固性都是趋于一致的，定f值在。一20之间，通常只用一个整数表示，仅在f<2时才用小数表示。f值最初由岩矿杭压强度、凿岩效率、火药单耗、凿具单耗等几种方法综合确定。但由于某些方法和生产水平相关，后人只采用岩矿抗压强度确定f值，即f=尺/100，式中尺为岩矿抗压强度(kgf/emZ)，并近似地以f一侧/1o表示，侧为以MPa表示之岩矿抗压强度。实际上岩矿的坚固性是一个模糊概念。典型的岩矿坚固性系数f值见表。岩矿坚固性系数表碌赫林拼琳布杯布亩工矿石硬度和岩矿坚固性系数反映了矿石物料粉碎的难易和它的磨蚀性;但也不全如此，如石墨的硬度和坚固性都很小，却不易磨碎，因此应用硬度和坚固性系数判定矿石可碎性时要十分慎重。 (徐小荷王宏勋)
