喷补料

冶金炉用喷补料的发展趋势

Development trend in gunning mix for metallurgical furnace

不同气相组成下高炉喷补料的抗CO侵蚀能力

Influence gas composition on corrosion resistance to CO of gunning mix for blast furnace

高炉喷补料抗CO气体侵蚀动力学研究

Study on kinetics of carbon monoxide corrosion in gunning refractories for blast furnace

Fe2O3含量对高炉喷补料抗CO破坏能力的影响

Effect of Fe_2O_3 content on resistance to CO of gunning mix for blast furnace

气体组成对高炉喷补料抗CO侵蚀能力的影响

Influence of Gas Composition on Resisting Ability of Gunning Material for Blast Furnace to Carbon Monoxide Corrosion

高炉喷补料中Fe2O3含量对其抗CO破坏能力的研究

Effect of Fe_2O_3 Content in Gunning Material for BF on Ability to Resist Carbon Monoxide Damage

结果表明，添加5%的氢气促进了CO对喷补料的侵蚀；

The results show that the addition of 5 % H_2 to pure CO accelerates the erosion of CO to the gunning material .

RH真空精炼炉浸渍管用热喷补料的研制

Development of the Hot Gunning Refractories for the Impregnated Tube of RH Vacuum Refining Furnace

理论和实验研究结果表明：高炉喷补料中CO气体侵蚀的碳沉积反应依次由吸附、化学反应和扩散过程控制。

The experiment results and theoretical analysis indicated that the carbon deposition of gunning refractories for blast furnace in pure carbon monoxide was rate-controlled by adsorption , chemical reaction and diffusion process respectively .

比较了德国半干法喷补料和国产JPL-50型半干法喷补料在性质上的异同，并介绍了国产半干法喷补料在焦炉维护上的应用效果。

The properties of JPL-50 Rotamat material made in Germany and the similar type of home made product are compared and results of application of the latter are introduced as well .

高炉喷补料受CO破坏的程度与其常温耐压强度的变化相对应，因此，可以用抗CO试验后试样的常温耐压强度变化来定量表征其抗CO破坏能力的强弱。

The destruction degree of the specimens by CO corresponds with the change of crushing strength . Therefore , the resistance to CO of the gunning mix can be quantitatively measured according to the change of cold crushing strength of the specimens .

对同一高炉喷补料在纯CO和95%CO+5%H2混合气相中进行了抗CO侵蚀对比试验，并初步分析了侵蚀机理。

The resistance of gunning material for blast furnace to carbon monoxide was studied and compared under the pure CO and the mixed gas that is composed of 95 % CO and 5 % H_2.The reaction mechanism of the carbon disposition in refractories was analyzed .

介绍HYJ-01加热炉炉衬喷补料的实验室研制及其工业应用。

The development and application of gunning refractory HYJ-01 for heating furnace is described in the paper .

采用MgO-CaO-SiO2系列喷补料，以镁炭砖、镁砖为靶砖，用小型火焰喷补机在热模拟炉进行火焰项补试验。

A simulated test of flame gunning has been carried out with small flame gunning machine by using MgO-CaO-SiO2 gunning mix and taking MgO-C brick and MgO brick as the lining surface .

优化浇注料，开发喷补料，提高通铁量

Optimizing Castable Materials , Developing Gunning Material , Raising Iron Influx

以镁砂为基本骨料，分别选用粘土粉和转炉渣为结合剂配制系列喷补料并进行了实验室火焰喷补试验。

Using magnesia as the main material and the converter slag .

喷补料接着强度测定装置及其应用

Equipment for measuring bonding strength of gunning mix and its application

喷补料颗粒沿煤－氧火焰长度方向受热熔融机理研究

Melting mechanism of gunning mixture particles along axis of coal-oxygen flame

硅酸铝质喷补料热震稳定性研究

Thermal Shock Resistance of Gunning Refractory Composed of Aluminium Silicate

半干法焦炉喷补料的研制与应用

Development and Application of Semi dry Process Patching Material for Coke Oven

高炉喷补料静态抗渣实验研究

Experimental research on static slag attack of gunning mix for blast furnace

高炉出铁沟喷补料实验室研制

Laboratory development of gunning mix for trough of blast furnace

加热炉炉衬喷补料的开发及应用

Development and application of gunning refractory for heating furnace

制磷电炉炉衬的腐蚀环境分析电炉的维修电炉喷补料

The analysis of corrosion of electric furnace lining for the production of phosphorus

受补面状态对转炉火焰喷补料附着性能的影响

Effective of lining surface condition on adhesive properties of converter flame gunning material

工业窑炉喷补料研制及喷补技术的应用窑炉自动控温系统的研制

Development of gunned refractory for industrial furnaces and application of spray repair technologies

废镁铬砖在镁质喷补料中的应用研究

Study on the application of reused magnesia chrome bricks in magnesia gunning materials

大型高炉维修用耐火喷补料

Refractory gunning mix for large blast furnace repairing

介绍了HYJ&01喷补料的实验室研制及工业应用。

The development and industrial application of gunning material for heating furnace have been described .

通过建立喷补料颗粒沿煤－氧火焰长度方向的温度模型，研究了喷距和粒度对喷补料颗粒受热升温的影响。

The influence of gunning distance and particle size on its melting is researched by a temperature model .