合金分析

光电直读光谱仪在铝及铝合金分析中的应用

Application of spectrograph with direct analytical line for aluminium and aluminium alloy analysis

直读光谱法应用于金属合金分析与电镀层厚度测定之间的区别

Difference of Determination between Metal Alloy and Electroplated Coating Thickness by Direct Reading Spectrometry

最后就ICP-AES法在钢铁及其合金分析应用趋势谈谈我们的看法。

Finally , the tendency about the applications of ICP-AES in the analysis of iron and steel was discussed .

本文就ICP-AES法在钢铁及其合金分析中的一般应用、干扰、干扰的校正与谱线的选择、校准技术和测定准确度以及固体进样技术进行了评述。

The application of ICP-AES in the analysis of iron and steel has been reviewed , including common application , interferences , the corrections of interferences and the selection of analytical line , calibrations and their accuracy , and brief introductions of solid sampling .

负极箔用铝合金分析曲线的建立

Establishment of Analysis Curve Used for Negative Pole Aluminium Alloy Foil

腐植酸树脂的合成及其在铝合金分析中的应用

Synthesis of humic acid resin and its use in duraluminum analysis

表面光洁度对铜合金分析的影响

The Influence of Surface Glossiness on Analysing Copper Alloys

阴极溅射原子化器在合金分析中的应用

A Cathodic Sputtering Atomizer and Its Application to Direct Analysis of Metals and Alloys

ICP-AEC在热镀锌合金分析中的应用

Apply ICP-AES to Zn hot plating Alloy Analysis

阳极溶出伏安法在铝、镁、硅、钛及其合金分析中的应用

Application of anodic-stripping voltammetry in analysis of aluminium , magnesium , silicon , titanium and their alloys

偶氮氯膦-pN与钇的β型显色反应的研究及其在合金分析中的应用

A Study on the β - Type Chromogenic Reaction of Yttrium with CFA-pN and its Application in the Analysis of Some Alloys

在对传统7000系高强铝合金分析的基础上，着重阐述了快速凝固超高强铝合金的发展过程、存在问题和研究现状。

In this paper , the recent development of rapidly solidified ultra-high strength aluminum alloys is re - viewed , based on the reviewing of traditional aluminum .

在合金分析及同位素密度成像系统中，采用本脉冲幅度分析器进行高速数据采集，取得了满意的效果。

In the alloy analysis and the formation system of image of isotope density . It has adopted the pulse range analyzer to gather the high-speed datas and obtained the satisfactory effects .

叙述了阳极溶出伏安法在铝、镁、硅、钛及其合金分析中的应用，以及各种样品中有关杂质元素的分析结果。

The application of anodic-stripping voltammetry in ana - lysis of Al , Mg , Si , Ti and their alloys is presented and analysis results of related impurities in samples are listed .

罗丹明B类染料在金属及合金光度分析中的应用

Application of Rhodamine B Dyes in Photometric Analysis of Metals and Alloys

采用液相烧结Mo、Cu混合粉压坯的方法制取合金，分析了合金的力学性能及组织。

Mo-rich Cu alloy was made with the method of liquid phase sintering the mixed Mo and Cu powder .

AB5型贮氢合金结构分析

Structural Analysis of AB_5 Type Hydrogen Storage Alloys

应用电子显微镜、X射线衍射技术，对低温长期使用的铁铬铝电热合金进行分析。

Using electron microscopy and X-ray diffraction techniques , the structure changes of Fe-Cr-Al alloy being used at low temperature for a long time were investigated .

XRF方法在白合金成分分析中的应用

Application of XRF technique in determination of white alloy

DJ和PH模型在仿金（银）铜合金XRF分析中的应用

Application of DJ and pH models in Cooper alloys of imitating Au ( ag ) by XRF analysis

采用X射线荧光分析方法分析铜合金具有分析速度快、检测范围广、可现场原位无损分析等优点。

Using XRF technology to analyze copper alloy has the advantage of being fast in analysis , wide in range of detection and able to do in situ nondestructive analysis .

采用断口宏观观察、SEM分析和合金相分析等方法对其进行了断裂原因分析。结果表明，弹簧表面存在的加工缺陷，致使其在使用过程中因疲劳而断裂，疲劳核心在弹簧表面。

By means of fracture analysis , SEM and metallographic test , the research results showed that the broken mode is fatigue fracture which was the result of the spring surface defect .

采用真空冶炼法制备了低熔点的Ga-Ag-Sn液态合金，分析了Ga含量与液态合金熔点的关系。

The low melting point Ga-Ag-Sn liquid state alloy prepared by vacuum melting method was studied .

全谱直读ICAP发射光谱仪在铝合金成分分析中的应用

Analysing aluminium alloy component by ICAP spectrum instrument

利用喷射沉积技术制备了AlSi20Ni4Cu3Mg合金，分析了合金沉积态、挤压态和T6热处理态的微观组织。

Al Si Ni Cu Mg alloy was fabricated by spray deposition technique . The microstructure of alloy in deposited , extruded and T6 heat treated states has been analyzed .

采用半固态挤压成形技术制备了Al-Si-Fe耐磨铝合金，分析了合金的微观组织，利用磨损试验研究了合金的耐磨性和磨损失效形式。

Microstructure and wear behavior of Al-Si-Fe alloy prepared by semi-solid squeezing casting have been analyzed .

Rh6G在金属及合金光度分析中的应用

Application of Rhodamine 6G in Photometric Analysis of Metal and Alloy

合金结构分析表明，合金主相为Ce2Ni7型结构，Mg原子分布在Ce2Ni7型单胞结构的Laves相单元中，而Co原子则分布在CaCu5单元中。

Structure analyses showed that the main phase of alloys belongs to Ce_2Ni_7-type structure , Mg atoms are located only at the laves unit of Ce_2Ni_7-type unit cell , while Co atoms are located only at the CaCu_5 unit .

对盘条和钢丝的热处理强化和微合金强化分析后认为，高碳钢盘条添加微量Cr，V元素，通过斯太尔摩冷却可制造1860MPa斜拉索用镀锌钢丝。

Through analysis of heat treatment and microalloy strengthening of wire rod and steel wire , it is considered that adding a small quantity of Cr , V and stelmor control cooling , 1 860 MPa galvanized wire for inclined drawing cable can be produced .

U-Si合金相分析

Phases analysis of u-si alloys