划痕法

本文用划痕法测定了Ni-P合金镀层的结合力；

The binding force of Ni-P plating is measured by scratch test in this paper .

采用划痕法测定了离子束增强沉积TiN薄膜的界面结合力。

In this work , the scratch test has been used to measure the adhesion of TiN films prepared by ion beam enhanced deposition .

利用XRD、SEM和TEM分析了涂层的结构，用划痕法测定了涂层的结合力。

The microstructure and wear characteristics of the coating were analyzed using XRD , TEM , SEM and EDS.

冲击划痕法测定Ni-P化学镀层结合强度

Measurement of Adhesive Strength between Electroless Plated Ni P Film and Substrate with Single Pendulum Scratching Test

利用单摆划痕法的冲击加载特性，研究了Ni-P化学镀层的冲击磨粒磨损性能。

Impact abrasive wear behavior of electroless Ni-P coating was researched by means of single-pass pendulum scratching test characterized by impact loading .

软琼脂克隆形成实验及划痕法检测BGC-823克隆形成能力和迁移能力的变化。

Test clone forming and migration ability of BGC-823 by Soft-agar colony forming assay and wound-healing assay , respectively .

采用四点弯曲法、扭转法、划痕法和压痕技术对硬质涂层（TiN和TiC）的结合力进行测定和评价。

We have measured and evaluated the adhesion strength of the hard coating layer ( TiN and TiC ) by 4 points bending method , torsion method , Scratch method and indentation method .

用划痕法测试了不同成分的Ti-Al-N系功能梯度薄膜及其均质薄膜的膜基结合力。

Automatic scratch tester was used to measure the bonding strength between substrate and coatings of Ti-Al-N functionally gradient and uniform coatings .

结果表明；随N2流量增大，膜层沉积速率及膜层中Si含量减少，薄膜组织趋于致密，膜层颗粒尺寸明显减小，划痕法临界载荷和显微硬度显著增加，硬度最高可达50GPa以上。

The results show that the deposition rate and contents of Si in Ti-Si-N coating decrease with increasing N2 flow , and the film structure tends to dense , but the critical load of scratch method and the microhardness of coating increase obviously when higher N2 flow was used .

利用划痕法研究了不同膜层体系的抗划伤能力。

Scratch resistance for different substrate-coating systems was studied by scratch method .

单摆冲击划痕法及其在磨粒磨损和冲蚀磨损研究中的应用

A Practice of Single Pendulum Scratch Test in Abrasion and Erosion of Materials

单摆划痕法及其在材料摩擦磨损方面的应用

Single-pass Pendulum Scratching Test and Its Applications to Friction and Wear of Materials

采用单摆冲击划痕法对膜基界面结合强度进行了定量研究。

The interfacial bonding strength has been investigated quantitatively by single-pass pendulum scratching test .

目前使用最广泛的一种测量涂层/基体结合强度的方法是划痕法。

Scratch test is the mainly used method to measure the interface adhesion strength .

本文介绍了用单摆划痕法研究材料冲击磨损性能的实验原理、装置和冲击磨损性能参量。

An method for impact abrasion test , single pendulum scratch method , is introduced and discussed .

用划痕法测试了镀层与钼丝表面的结合力。

The bind-force between the gold layer and the molybdenum wire was tested with the nick method .

应用单摆划痕法研究SiCp/Al合金的冲击磨损行为

Study on the Behavior of Impact Abrasion for SiCp / Al Alloy by Single Pendulum Scratch Method

分析讨论了磷含量和热处理制度对单摆划痕法测定的比能耗、摩擦因数的影响。

The influences of phosphorus content and heat-treatment on specific energy consumption and friction coefficient were discussed .

采用改进划痕法原理及切向力检测临界载荷方法，研制了一种新型多功能膜/基结合力测定仪。

A new apparatus adopting an improved scratch test method is developed to measure thin film adhesion to substrates .

常用的结合强度评定方法：厚涂层采用粘结拉伸法；薄膜镀层用划痕法。

The conventional way of bonding strength testing for thick layers is pull-off method , and scratch test for thin films .

介绍了一种评价镀（涂）层结合强度的新方法&单摆冲击划痕法。

A new method , single pendulum scratching test , as well as the tester , to evaluate adhesive strength between plating and substrate is introduced .

采用正压法测定气相沉积薄膜的结合强度并与划痕法作了比较。

When normal indenting is applied , the thin film bonding can be tested by this indenter and the results have been compared with that by scratch tests .

采用划痕法与压痕法评价了梯度硬质合金上金刚石涂层的附着情况，压痕法对厚度较大、硬度较高的涂层更优越。

The scratch test and the indentation test were used to estimate the adhesion between the coating and gradient cemented carbide substrates and the indentation test was better when the thickness and the hardness of coatings were bigger .

同样包被及水化基底膜，制备培养单层细胞，用人工划痕法，在相差显微镜下随机选择5个100×视野内计算迁移到划痕空隙中的细胞总数。

Likewise , coat and hydrate the basal membrane , prepare culture cell monolayer , select 5 field of vision of 100 × randomly in contrast phase microscope by artificial scratch method and calculate the total cellular score migrating into the scratch space .

划痕试验法测定TiN薄膜的粘着力

The Measurement of Adhesion of TiN Film by Scratch Test

简要介绍了划痕试验法测量表面薄膜与基体结合力的测试原理和实验方法，讨论了影响临界载荷Lc测量值准确性的主要因素。

The measuring principle and procedure of coalescent force between thin solid films and substrates by scratching method were briefly introduced . Some important factors influencing the final experimental result , the accuracy of measured critical load ( Lc ) were discussed .

划痕试验法的物理模型及研究现状

Physical Model and Research Development of Scratch Test

本文详细地介绍了划痕试验法测定硬质涂层的结合力的方法和原理。

The method and theory of scratch adhesion testing of hard coating are introduced .

划痕试验法对特殊薄膜系结合力的检测与评价

Experiment and Evaluation of Coalescent Properties of Some Special Film-Substrate Systems by Scratching Method

划痕试验法表征薄膜涂层界面结合强度

Characterization of Interfacial Adhesion and Bond Strength between Thin Film Coating and Substrate by Scratch Testing