Bhp billiton diamonds and specialty products produce diamonds, titanium slag and rutile, and zircon.
钻石和特殊产品必和必拓生产钻石、钛矿、金红厂和锆石。
The main points are as follows: (1) a novel reaction system of molten NaOH and titanium slag was established.
主要研究内容和成果如下：(1)构建了氢氧化钠熔盐-高钛渣反应新体系。
The phase compositions of titanium slag and the mechanism of removing impurities in titanium slag are studied.
研究了钛渣的相组成和杂质的清除机理。
Compared with ordinary slag, grindability of high-titanium slag powder grinded with different grinding time and grinding AIDS was measured.
用普通矿渣作对比，测试了不同粉磨时间和使用不同助磨剂粉磨的高钛矿渣的粉磨性能。
The invention relates to a high titanium slag steamed brick and a manufacturing method thereof, belonging to the field of building materials.
本发明涉及高钛型矿渣蒸养砖及其生产方法，属于建筑材料领域。
After analyzing high content of titanium slag in the world, the ways of producing high content of titanium slag by using Panzhihua ilmenite are studied.
探讨了从攀枝花钛精矿制取高品位氯化钛渣的几条途径的可行性和适应性。
The research courses, technological process, product usage of titanium slag and production status of main enterprises at home are overall summarized in the paper.
全面概述了我国钛渣生产技术的研发历程、工艺技术和生产现状。
This subject aims at the endemic feature of southwest area, USES locally produced raw material, PISP's Titanium slag, to make up acid proofing Alkali Titanium slag -cinder concrete.
本课题针对西南地区的地方性特点，就地取材利用攀枝花钢铁公司的工业废渣，配制出具有良好耐酸雨腐蚀性能的碱钛渣—矿渣混凝土。
Using carburizing agent and devulcanized agent, experiment of carburisation and desulphuration for semisteel which in smelting high titanium slag by electric cooker has been studied.
用增碳剂和脱硫剂对冶炼高钛渣副产半钢进行了增碳脱硫试验研究。
The content of this issue is about an automatic weighing system designed for Titania Slag smashing equipment of titanium slag which belongs to Panzhihua Yuanheng Machinery Industry Co.
本课题是针对攀枝花元亨实业有限公司机械分公司的高钛渣碎分设备进行的自动称重系统设计。
Practice has proved that good effects in the transport of dry cement clinker, limestone, phosphate rock, titanium iron ore, coal and slag materials.
实践证明，在输送水泥熟料、干燥的石灰石、磷矿石、钛铁矿粉、煤和矿渣等物料时效果良好。
The basic principle for electric smelting of titaniferous slag is introduced and the behaviors of titanium element in DC furnace are analyzed.
介绍了电炉冶炼钛渣的基本原理，分析了直流电炉冶炼钛渣时，钛元素的行为。
Selective separation and its reaction mechanism of titanium component in modified slag were researched by using selective enriching modified slag as raw feed.
选用经选择性富集的改性渣为原料，研究了改性渣中钛组分的选择性分离及其反应机理。
By pressurized soak with the alkali, the titanium, the aluminum and the silicon can be effectively separated from the high titania bearing blast furnace slag to enter in the solution.
高钛型高炉渣可以通过加压碱浸实现高钛型高炉渣渣钛分离，同时，高钛型高炉渣中的硅、铝也可以从渣中分离进入溶液中。
The conception of titanium concentrates, titaniferous slag, high titaniferous slag, synthetic rutile and natural rutile are introduced in this paper.
介绍了富钛料、钛渣、高钛渣、人造金红石、金红石的基本概念和富钛料的主要用途。
In the aspect of the study on the level of material, this paper first testifies and analyzes the stability of the structure and the physical mechanics performance of high titanium heavy slag.
在材料层次研究方面，本文首先验证分析了高钛重矿渣的结构稳定性和物理力学性能。
In order to promote the enrichment of titanium component in perovskite phase, based on the technology of selective precipitation, the slag is supposed to be oxidized.
为使含钛高炉渣中的钛组分富集于钙钛矿相中，基于选择性析出技术，需要对炉渣进行氧化处理。
The high titaniferous blast-furnace slag as a mineral is more lower reactivity due to its low calcium and high titanium content.
攀钢高钛型高炉水渣属低钙富钛矿，活性很低。
The blast furnace slag in Panzhihua is a kind of important titanium resource, which contains rich titanium and can be exploited comprehensively.
攀枝花含钛高炉渣是一种重要的、待开发利用的钛资源。
The results demonstrate that the hydaulic activation index of high titanium BF slag is 77.4% while that of slag with low titanium is 108%.
研究结果表明，攀钢磨细高钛高炉渣水化活性指数仅为77.4%，而普通高炉渣为108%。
The melting temperature and its range of the converter slag containing vanadium and titanium oxides (different contents) were measured.
测定了钒钛钢渣在不同组元含量条件下的熔化性温度及熔化区间。
The test for producing ferrovanadium-titanium-silicon with un-chemically treated atomized vanadium slag as materials is conducted in Panzhihua I & S Co.
对以攀钢雾化钒渣为原料不经化学处理直接冶炼钒钛硅铁复合合金的试验进行了研究。
The test for producing ferrovanadium-titanium-silicon with un-chemically treated atomized vanadium slag as materials is conducted in Panzhihua I & S Co.
对以攀钢雾化钒渣为原料不经化学处理直接冶炼钒钛硅铁复合合金的试验进行了研究。
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