钛铁

钛铁合金中Si分析方法的改进

Improvement of Si Analysis Method in Ferrotitanium Alloy

采用钛铁、石墨、铁粉和高碳铬铁为原料，利用反应火焰喷涂技术制备了CrFeTiC系涂层。

Using ferrotitanium , graphite , iron and high carbon containing ferrochromium as raw materials , the coatings of Cr Fe Ti C System were obtained by Reactive Flame Spray ( RFS ) .

无CO2保护下钛铁中钛含量的测定

The Determination of Titanium Content in Ferro-Titanium under CO_2 Free Protection

本文采用在无CO2保护下，用氧化还原容量法测定钛铁中钛含量。

The determination of titanium content in ferro-titanium by redox volumetry under CO_2 free protection was introduced .

ICP-AES法直接测定70钛铁中V，Sn

Simultaneous determination of vanadium and tin in Ti-Fe alloy by ICP-AES

钛铁精矿TiO2品位49.69%，回收率87.33%；

Ilmenite concentrate TiO2 grade of 49.69 % , recovery of 87.33 % .

矿样中钛铁EDXRF分析的基体效应和神经网络校正研究

Matrix effect and ANN correcting technique in EDXRF analysis of Ti and Fe in core samples

本文采用廉价钛铁、铌铁和含碳材料等.以焊条药皮合金化，通过电弧冶金反应，获得含TiC、NbC超硬质相的堆焊层。

Using low cost titanium , niobium ferroalloys and carbon containing ingredient , through alloying by the coating of the electrode , an overlay containing TiC , NbC super hard phases has been obtained .

热力学实验模型是在FeC熔液中加入钛铁合金（Ti，Fe）和纯铝块，继续加热到1600℃，熔液经过充分混合、反应后随炉冷却到常温。

The thermodynamics model is established on the fact that pieces of Ti-Fe alloy and pure Al are added into the Fe-C melt and heated up to 1600 ℃, then frozen to room temperature in the furnace after complete mixing and reaction .

Fe-Ti、Fe-V与石墨的加入量对堆焊层耐磨性、硬度以及工艺性能影响很大，随着钛铁、钒铁、石墨量增加，堆焊层硬度、耐磨性增加。

The hardness and wear resistance of deposited metal were increased with the increase of content of Fe Ti , Fe V and graphite .

含钛铁精矿高铁低硅烧结技术

High iron and low silica sintering techniques of titaniferous iron concentrate

钒钛磁铁矿中钛铁连测方法研究

A study of successive determination of titanium and iron in V-Ti-magnetite

高温烧结法制备钛铁涂层的研究

A study for preparation of Ti-Fe coating by high temperature sintering method

镝-钆-钛铁试剂体系荧光光度法测定镝

Fluorescence determination of Dysprosium by the reaction system of dysprosium gadolinium Tiron

详细地研究了铈与钛铁试剂的配位反应及怖（Ⅲ）与铈（Ⅳ）配合物的相互转化。

The coordination and auto-oxidation of cerium with tiron had been studied .

提出了对目前生产钛铁工艺的看法。

It also puts forward the viewpoint on producing ferrotitanium at present .

稀土与钛铁试剂，含氮杂环三元配合物的制备和性质

Syntheses and Properties of Rare Earth Elements with Tiron and Nitrogen Heterocyclic Ring

铝热法冶炼中钛铁工艺研究

Study on manufacturing of medium ferrotitanium by aluminothermic process

铋&钛铁试剂络合物的极谱吸附催化波及其在矿石分析中的应用

Polarographic Adsorption Catalytic Wave of Bismuth-Tiron Complex and Its Application to Ore Analysis

示差光度法测定钛铁中钛含量

Determination of Titanium Content in Ferrotitanium by Differential Spectrophotometry

钛铁试剂褪色分光光度法测定药物中的抗坏血酸

Determination of Ascorbic Acid by Tiron Fading Spectrophotometric Method

钛铁试剂稀土化合物的合成和抗凝血性能研究

Study on the synthesis and blood anticoagulant property of rare earth compounds with Tiron

甘肃大滩钛铁矿田矿石物质组分及矿物赋存状态

Ore component and mineral occurrence state of an ilmenite ore field in Gansu Province

钛铁合金含铝量的控制

The control of aluminium contents in ferrotitanium

700℃熔盐电解制备固态钛铁合金化合物

Preparation of solid state Fe-Ti alloy compound by FFC in molten salts at 700 ℃

铝热法生产高硅钛铁

Producing high silicon ferrotitanium with thermit method

GB/T4701.2-1984钛铁化学分析方法重量法测定硅量

Methods for chemical analysis of ferrotitanium & The gravimetric method for the determination of silicon content

低铝钛铁合金的研制与生产

Studying and producing low aluminum ferrotitanium

铽-钛铁试剂络合物荧光探针研究脱氢酶

Study on Dehydrogenase with Tb ~ ( 3 + ) - TR Complex as a Fluorescence Probe

铁粉还原库仑法测定钛铁精矿粉低温烧结技术

Coulometric Determination of Titanium (ⅳ) with Iron Powder as Reducing Agent Low-Temperature Sintering Technology of Magnetite Concentrates