It is of great importance to rhythm and coordination of the thin slab continuous casting and rolling process.
时间因素对薄板坯连铸-连轧流程的节律性、协同性而言，其意义尤为重要。
Buffer time of tunnel furnace is the key process in thin slab continuous casting and rolling (TSCR) line.
在薄板坯连铸连轧生产线中，加热炉的缓冲能力有时成为制约生产的关键。
The slab quality was the key to the research of thin slab continuous casting and rolling process.
铸坯质量问题是薄板坯连铸连轧工艺研究的核心问题。
Combining the advantages of conventional and thin-slab-production routes, this casting process is highly flexible and well suited for casting slabs used for a wide range of applications.
通过结合传统板坯连铸和薄板坯连铸的优点，中厚板坯连铸技术具有高度的灵活性，完全适合浇铸用途广泛的板坯。
Thin slab concast & conroll combines the near net shape continuous casting and the direct rolling together, thus to shorten the conventional continuous casting & rolling process.
薄板坯连铸连轧将近终形连铸与直接轧制相结合，缩短了传统连铸与轧钢工艺流程。
The status of thin strip production in thin slab casting and rolling process at Zhujiang steel is introduced, and main factors which affected the production is analyzed.
介绍了珠钢薄板坯连铸连轧生产线薄规格的生产情况，分析了影响薄规格生产的主要因素。
In contrast to conventional process, some thin slab casting and direct rolling process have similar or even better index in a few aspects of product.
与传统工艺相比，在一些直轧工艺中，其产品性能指数接近甚至在个别方面更优。
The process of thin slab continuous casting and direct rolling is different from the traditional one.
薄板坯连铸连轧工艺的生产流程有别于传统工艺流程。
In this paper, mathematical model and FEM software for the simulation of thermal process during continuous casting and rolling of thin slab were developed.
本文针对连铸连轧的热过程，建立了各工艺的热过程的数学模型，并开发了相应的软件。
Macroscopic fluid flow and heat and mass transfer should be taken into account for the continuous thin slab casting process.
薄板坯连铸工艺应综合考虑传热、流动与传质宏观传输现象。
The production and technical situation of thin slab continuous casting with FTSC process in Tang Steel are introduced briefly.
简要介绍了唐钢FTSC工艺薄板坯连铸的生产技术情况。
The thin slab continuous casting and rolling production line in Tang Steel is compared with the traditional process, the main quality control ways introduced.
对唐钢薄板坯连铸连轧生产线与传统热轧生产线轧制工艺特点进行了对比，介绍了该生产线在带钢轧制中所采取的主要质量控制手段。
The present paper briefly introduces the liquid core reduction process during thin slab continuously casting and compares the technique of liquid core reduction with that of soft reduction.
介绍了薄板坯连铸过程中的液芯压下工艺，对比了液芯压下与软压下的区别。
The thin slab continuous casting and rolling process is a reforming technology in the steel industry, and it should be mastered and promoted step by step in China.
薄板连铸连轧工艺是钢铁工业的重大变革技术，要切实掌握和逐步推广。
Results from the analysis provides basis for the system optimization of the thin slab casting and rolling process.
分析结果为薄板坯连铸连轧流程的优化提供了依据。
Based on the potential advantages of producing grain oriented silicon steel by thin slab casting and rolling process, the key technical difficulties to be solved are brought forward.
在总结薄板坯连铸连轧生产取向硅钢技术优势的基础上，提出了该流程研究需要解决的技术难点。
The difference between thin slab casting and rolling process and traditional processes is analyzed in terms of process characteristics, thermal history, and inhibitor type etc.
从流程工序特点、热履历、抑制剂类型等方面进行对比，分析了薄板坯连铸连轧和传统板坯流程之间存在的差异性。
The longitudinal surface crack on thin slab is a serious quality defect at thin slab continuous casting and rolling process.
薄板坯表面纵裂是连铸连轧生产线上的严重质量缺陷。
Microstructure Simulation of Thin Slab Continuous Casting and Continuous Rolling(CSP)Process;
介绍了连铸连轧法生产电解铜始极片的新工艺。
Microstructure Simulation of Thin Slab Continuous Casting and Continuous Rolling(CSP)Process;
介绍了连铸连轧法生产电解铜始极片的新工艺。
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