原子探针

本文概述了场离子显微术（FIM）及原子探针微区分析方法（AP）的基本原理及其在晶体缺陷研究方面应用的新进展。

The principle and the progress in the applications of the field ion microscopy and atom probe microanalysis technique in studying crystal defects have been reviewed .

本文利用场离子显微镜－原子探针（FIM－AP）及电镜研究了具有巨磁电阻效应（GMR）的甩带Cu88Co12合金的微结构。

The microstructure of melt spun Cu 88 Co 12 alloy was studied utilizing transmisson electron microscope ( TEM ) and field ion microscope with atom probe ( FIM AP ) .

对DNA序列分析方法，包括：毛细管电泳、阵列毛细管电泳、芯片毛细管电泳、超薄层毛细管电泳、质谱法、原子探针法、杂交法、流动式单分子荧光检测法，作了详细评述。

The analytical methods such as capillary electrophoresis , multiplexed array capillaries electrophoresis , integrated capillary electrophoresis chip , mass spectrometry , atom force microscopy , sequencing by hybridization and single molecular detection were commented .

使用原子探针显微镜（原子力显微镜）研究了RTA后表面形貌的变化。发现在N2气氛下RTA处理过的硅片，表面微粗糙度略有增加。

Meanwhile , atomic force microscopy ( AFM ) were used to investigate the surface topography changes caused by RTA , it is showed that the surface micro-roughness would increase slightly after N_2 RTA process .

场离子显微镜原子探针在材料科学中的应用

The application of field ion microscope atom probe for Materials Science

三维原子探针对铌微合金化钢碳氮化物的析出研究

Precipitation of niobium carbonitride in Nb-microalloyed steel by 3-dimensional atom probe

本文介绍世界上新型三维原子探针技术研究的最新发展。

This article introduces recent developments of three dimensional atom probe techniques .

模拟原子探针垂直于晶界方向上的深度分析

Simulating of depth analysis of atomprobe along vertical direction to grain boundary

微合金钢中析出相形核过程的三维原子探针研究

Investigation of the precipitation process in micro-alloyed steel with three-dimensional atom probe

原子探针的发展及其对金属内界面的研究

Development of the atom probe and its application to interface studies of metallic materials

原子探针的数据处理软件

A Software for Data Processing of Atom Probe

三维原子探针对回火铌钒微合金钢中析出物的研究

Investigation on the precipitates in tempering V-Nb micro-alloyed steel by three dimensional atom probe

场离子显微镜原子探针系统校正

The Calibration of the Atom Probe System

三维原子探针研制新进展

Recent Developments of Three-dimensional Atom Probe Techniques

含晶界场离子显微镜&原子探针试样的制备技术

Technique on Preparing Test Samples for the Use of Field Ion Microscope Atomprobe Containing Crystal Boundary

三维原子探针；

Three Dimensional Atom Probe ;

三维原子探针&从探测逐个原子来研究材料的分析仪器

Three Dimensional Atom Probe & An Instrument for Microstructure Investigation of Materials with Analyzing Atoms One by One

场离子显微镜和飞行时间原子探针及其在定量研究固体表面原子微观过程中的应用（一）

Field Ion Microscope and Time-of-Flight Atom Probe and Their Applications to Quantitative Atom Microexamination on Solid Surface ( I )

本文介绍位置灵敏原子探针显微分析实验手段的最新发展、应用与前景。

In this paper , the latest development , application and prospect of micro-analytic experiment method with position-sensitive atom probe are described .

此外还示例概述了位置灵敏原子探针在钢与合金研究中的新应用。最后，作者对世界上三维原子探针的发展前景作了展望。

In addition , The new application of the position-sensitive atom probe in steel and alloys research are also introduced with example .

场致发射负离子及其飞行时间谱的获得导致场致发射负离子原子探针的发明。

The acquisition of field emission negative ion and its time-of-flight Spectra ( TOPS ) brings up to negative ion atom probe invention .

传统的原子探针是在针状金属样品表面加上了一个正电场，通过场蒸发把表面粒子变成正离子，再通过其飞行时间质谱来加以检测。

Traditional atom probe applys a positive electric field on metal sample surface to produce positive ions by field evaporation method , and analyses these ions through measuring its flight time .

本文叙述直线型原子探针的设计和制造技术，其质量分辨本领M/△M≈300，探测效率约50%。

In this paper , the development of Linear-type Time-of-Flight Atom Probe has been described . The resolution M / △ M is about 300 , and the detect efficiency is about 50 % .

使用三原子探针我们能够把吸附在台阶边沿的甚至是台阶本身的单个原子提取出来，而以一定的方式我们又可以把吸附原子从探针释放到台阶表面。

With the trimer apex tip , we can pick up the adatom adsorbed near the step edge and even extract individual atoms in the step , and in reverse we can release the atom from the tip to the surface in a certain way .

本文叙述氢原子束探针数据采集和处理系统，它由电压波形存贮器及APPLEⅡ微机组成。

A data acquisition and processing system for hydrogen beam probes is described . It consists of a microcomputer , Apple - ⅱ, and a register for the variation of voltage with time .

还有用原子力探针技术对Ti膜进行选区阳极氧化得到TiO2膜，或者是通过微弧氧化在Ti基片上形成TiO2膜等等，各种方法层出不穷。

The reports had been published in journal , and TiO2 film was produced on Ti film through local anodic oxidation by using an atomic force microscope . TiO2 film was formed on Ti substrates by micro-arc oxidation .

氢原子束探针数据采集、存贮和处理系统

Data acquisition storage and processing system for hydrogen beam probes

原子力显微镜探针自动逼近系统设计与应用

Design and Application of Auto-feeding System for Atomic Force Microscopy Probe

碳纳米管原子力显微镜探针对生物样品高分辨率成像的研究

Imaging biology sample at high resolution with carbon nanotube AFM probe

氢原子束密度探针

A hydrogen atomic beam probing for measuring plasma ion density