高碳铬铁

提高高碳铬铁冶炼铬元素回收率的实践

Practice of increasing chrome recovery in high-carbon ferrochrome smelting

以高碳铬铁合金粉为原料制备三氧化二铬

Chromium Oxide was Produced from High-carbon Ferrochrome Alloy Powder

使用易熔铬矿冶炼C≤8%的高碳铬铁的实践

Practice of smelting high carbon fecr ( c ≤ 8 % ) using fusible chromite

高碳铬铁中Cr、P、Mn的联合测定

Combined measures of Cr , P and Mn content in high-carbon ferrochromium

X射线荧光法测定高碳铬铁中的Cr、Si、P

Determining Chrome , Silicon and Phosphorus of High-carbon Chrome Alloy with X-ray Spectrofluorimetry

应用X射线荧光光谱法测定高碳铬铁中的Cr、Si、P等元素的含量。

The X-ray spectrofluorimetry is adopted in determining chrome , silicon and phosphorus of high-carbon chrome 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 ) .

但是如果将预置体中的高碳铬铁换成熔点较低、与WC颗粒润湿良好的物质，单独依靠间接能量流的作用可能也会形成理想的铸渗层。

Nevertheless , a good infiltration casting layer may be obtained by the energy-flow only if the high Carbon chromium iron particles in the block is replaced by a material having good wetting with WC particles and low melting point .

延长高碳铬铁电炉炉衬寿命的实践

Practice for prolonging service life of lining of HIGH-CARBON FERROCHROME FURNACE

高碳铬铁合金降硫途径探讨

Discussion on the method of decreasing sulphur in high carbon ferrochrome

低钛低硅高碳铬铁的生产实践

Produce of high carbon ferrochrome with low titanium & low silicon

低硫低磷高碳铬铁的生产实践

Practice for producing HC FeCr containing low sulphur and low phosphorus

如何提高高碳铬铁中硫元素分析的准确性

Enhancement on Analysis Accuracy to Sulfur Element in High Carbon Ferrochrome

高碳铬铁冶炼中的炉料粘结及其控制

Burden cohesion and its controlment in SMELTING HIGH CARBON FeCr

高碳铬铁电炉炉底和出铁口的维护

Safeguarding furnace bottom and tap hole of high carbon ferrochromium

高碳铬铁冶炼中的硅行为浅析

Simple analysis on silicon behaviour during smelting high carbon ferrochrome

高碳铬铁电炉炉衬的损坏及维护

The lining erosion and maintenance of high carbon ferrochromium furnaces

高碳铬铁电炉高基质干式打结料的研究

Study of high matrix dry ramming for high carbon ferrochrome

用单一印度粉铬矿冶炼高碳铬铁简介

Simple introducing SMELTING HIGH CARBON FeCr with single Indian powdered chrome ore

高碳铬铁与硅铬合金的转炼实践

Transition smelting practice between HIGH CARBON FeCr and SiCr

高碳铬铁含碳量的控制

Carbon cont rolling in high carbon ferrochrome producing

小颗粒无烟煤代替部分焦炭生产高碳铬铁的应用

The application of small particle anthracite in producing high-carbon ferrochrome instead part of coke

金属铬炉渣在高碳铬铁冶炼造渣中的应用

The use of slag from chromium metal process to slag-making in high-carbon ferrochromium manufacture

高碳铬铁增强钢基表面耐磨复合材料的研制

The Development of High Carbon Chromium Iron Power Reinforced Steel Matrix Wear-resistant Surface-layer Composite

高频燃烧-红外吸收法分析高碳铬铁中硫

Determination of sulphur in high carbon ferro-chrome by high frequency combustion infrared absorption method

高碳铬铁冶炼中铬元素的流向分析及提高铬回收率的途径探讨

Chromium element 's flow analyses in smelting HC FeCr and Discussion on ways to increase chromium recovery

高碳铬铁中磷、硅、锰的电感耦合等离子体原子发射光谱测定方法的研究

Determination of Phosphorous , Silicon and Manganese in High Carbon Ferro Chrome by Inductively Coupled Plasma - Atomic Emission Spectrometry

随渗剂中高碳铬铁含量的增加，表面复合材料的磨损率先减少后增加；

The wear rate of composites decreases firstly and increases subsequently with the increase of the content of high carbon chromium iron .

通过选择合适的制样条件，确定仪器最佳参数，建立工作曲线，对高碳铬铁合金进行测定。

By choosing suitable specimen preparation condition , confirming best parameters of instruments and establishing working curve , high-carbon chrome alloy is determined .

介绍了低钛低硅高碳铬铁的生产实践，指出影响低钛低硅高碳铬铁稳定生产的关键因素。

The article introduces the practice of high carbon ferrochrome with low titanium & low silicon , points out the crucial factors which affect its stable production .