As a simple process and a new technology of high economic benefit, the slag splashing is being widely spread and applied by many manufacturers.
溅渣护炉作为一项工艺简单、综合经济效益高的新技术，正被许多厂家推广、使用。
The production practice of slag splashing technology in Shanxi New Lingang Iron & Steel Co.
介绍了山西新临钢炼钢厂溅渣护炉技术应用的生产实践和取得的效果。
Nitrogen converter lining protection technology by slag splashing is an advanced technology to remarkably enhance service life of the converter and reduce production costs.
氮气转炉溅渣护炉技术是一项显著提高转炉炉龄、降低生产成本的先进技术。
The hot model experiment of slag splashing in laboratory has been made to investigate basic principle of slag splashing.
为了深入研究溅渣护炉的基本原理，在试验室进行了溅渣护炉小型热模拟试验。
According to analysis of jet characteristics and degree of slopping, the swirl-flow oxygen lance can satisfy the need of slag splashing for furnace protection and improve metallurgical results.
从冲击动力、喷溅量和流股特性等方面分析了旋流喷头的优点，认为可达到溅渣护炉的要求，并能提高溅渣的均匀性和效果。
The experiments proved that developing a new slag regulating dose is an important measure to increase the effect of slag splashing.
试验证明开发新型调渣剂是进一步提高溅渣护炉效果的重要措施。
Spray lance heigh direct impact slag splashing effect during slag splashing in AOD, the spot which is corroded seriously could be recoveried effectively by adjusting the spray lance height.
在AOD炉溅渣过程中，喷枪枪位直接影响溅渣护炉的效果，调整喷枪枪位可有效的对AOD炉炉衬侵蚀严重的部位进行补救。
The effect of slag splashing is some concerned with the sound level of the nitrogen flow.
转炉溅渣效果与吹氮音平值有一定的关系。
The protection technology for converter lining by slag splashing is proved to be a effective way of prolonging converter campaign according to the results from the tests and analysis on slag sample.
通过对转炉溅渣护炉技术试验与渣样分析，结果表明，转炉溅渣护炉技术是提高转炉炉龄的有效手段。
The study on slag modifier and its application for slag splashing has been carried out in the laboratory and for converters of No.
在实验室和昆钢三炼钢转炉对溅渣护炉改渣剂进行了研究和应用。
Experiment has proved that developing a new slag-regulating reagent is an important measurement for further increasing slag splashing effect.
试验证明开发新型调渣剂是进一步提高溅渣护炉效果的重要措施。
Key factors of the slag splashing process and slag splashing technology are presented and nitrogen supply conditions for implementation of the slag splashing technology and discussed in detail.
介绍了溅渣工艺及溅渣技术的关键因素，并着重论述了保证溅渣技术实施的供氮条件。
Besides of the high tapping temperature, it is difficult for the vessels to prolong service lives remarkably by slag splashing.
由于转炉出钢温度也偏高，实施溅渣护炉以大幅度提高炉龄比较困难。
The optimum conditions for gasification dephophorization during slag splashing were determined, the gasification dephophorization rate by reduced slag can reach to 81.23%.
研究确定了适宜溅渣护炉气化脱磷的最佳条件，还原炉渣气化脱磷率最高可以达到81.23％。
From 1773 K to 1973 K, the reduction experiments of converter slag simulated for slag splashing by silicon were carried out in a vacuum graphite tube resistance furnace.
在1773 ~ 1973K温度范围内，满足溅渣护炉的炉渣条件下，在真空碳管电阻炉中对转炉渣进行了硅热还原实验研究。
The slag splashing technology developed by LTV steel company has achieved a good result in the applications.
美国LTV钢公司开发的转炉溅渣护炉技术在应用中取得了良好效果。
The article expounds modification of slag splashing technology for lining maintenance, specific process parameters and their application.
本文阐述了广钢转炉炼钢厂溅渣护炉工艺的实施过程、具体操作参数及应用效果。
Meanwhile, the influence of operation parameters on the result of slag splashing and the mechanism of bonding between the slag layer and the lining have been discussed on t...
并根据试验结果讨论了操作工艺对溅渣高度与厚度的影响及溅渣层与炉衬的结合机理。
Slag splashing is effective in extending the lining life.
溅渣护炉技术是提高转炉炉龄的有效措施。
The major parameters of slag splashing technology for converters are optimized. Proper structure of the jet nozzle of a lance is advantageous to the improvement in the slag splashing technology.
优化转炉溅渣护炉的主要工艺参数，采用合适的氧枪喷头结构，有利于提高溅渣护炉综合水平。
The slag splashing practice and obtained results were introduced under conditions of steelmaking from semi-steel at PZH steel.
介绍了攀钢在半钢炼钢工艺条件下进行的溅渣护炉实践和所取得的成效，对溅渣护炉存在的问题进行了分析。
The slag splashing practice and obtained results were introduced under conditions of steelmaking from semi-steel at PZH steel.
介绍了攀钢在半钢炼钢工艺条件下进行的溅渣护炉实践和所取得的成效，对溅渣护炉存在的问题进行了分析。
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