High Titanium Slag

Study on hydration characteristics of grounded high titanium slag

磨细高钛高炉渣水化特性研究

The temperature rise curve of high titanium slag in microwave heating process was acquired .

并测试了高钛渣在微波场中的升温曲线。

Therefore using high titanium slag to replace ilmenite is becoming wide-spread .

因此，用高钛渣代替钛铁矿生产人造金红石将成为一种趋势。

After modification of the high titanium slag , the acid leaching rate was significantly increased to 96.23 wt. % .

经过改性后的高钛渣，酸解浸出率明显提高。

The results show that high titanium slag has good microwave absorption property , and it can be heated effectively and efficiently in the microwave field .

测试结果表明，高钛渣具有较强的微波吸收能力，能够在微波场中迅速地被加热。

Based on thermodynamic analysis , titanium carbonitride were prepared by carbothermal reduction from high titanium slag which were compounded by TiO2 - CaO - SiO2 - Al2O3 - MgO based on the titanium - bearing blast furnace slag of PZH Steel .

在热力学分析基础上，以攀钢高钛渣为基准配制的TiO2-CaO-Al2O3-MgO五元合成高钛渣为主要原料，采用碳热还原法制取碳氮化钛。

Fundamental Research on Application of Complex High Titanium Heavy Slag Concrete

全高钛重矿渣混凝土应用基础研究

Action mechanism of high titanium BF slag in concrete

高钛高炉渣在混凝土中的作用机理

Discussion on the chlorination process of high - titanium slag and the volatilizable components of petroleum coke

高钛渣沸腾氯化反应和石油焦中挥发份组成的探讨

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。

Study on Properties of High - titanium Content Slag Grinding

高钛矿渣的粉磨特性研究

Problems and Analyses of High Temperature Processing Titanium Slag Under Fluidization State

流态化高温处理钛渣存在的问题分析

Study of Producing High Content of Titanium Slag by Using Panzhihua Ilmenite

攀枝花钛精矿制取高品位氯化渣探讨

Influence of filling micro mist to the high titanium and dry slag mortar performance

掺加微粉对高钛重矿渣砂浆性能的影响

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 results show that the high titanium blast furnace slag mixed in the concrete can help concrete to form microcosmic compact deposit , accelerate the hydration rate of cement , produce " the second reaction ", advance the strength of concrete .

结果表明：高钛高炉渣掺入混凝土中，有利于混凝土形成细观自紧密堆积体系、加速水泥水化速率、发生“二次反应”，促进混凝土强度发展；

" The second reaction " of high titanium blast furnace slag takes place at the later stage of hydration . When mix right amount of exciting agent in high titanium blast furnace slag , it can accelerate the " the second reaction " to progress .

高钛高炉渣的“二次反应”一般发生在水化后期，掺入适量激发剂能在一定程度上加速高钛高炉渣的“二次反应”。

Application of Technology for Grinding High Titanium Granulated Blast Furnace Slag in High Performance Concrete

高钛型高炉渣微粉特性及其在高性能混凝土中的应用