结构的概念是基于不锈钢复合板对外部金属的支持。
The structural concept is based on pairs of exterior metal supports, clad in stainless steel composite panels.
反应釜釜体材质主要有碳钢、不锈钢、不锈钢复合板等。
The materials of reactors are mainly carbon steel, stainless steel, and stainless steel composite panels, etc.
不锈钢复合板具有广阔的发展前景，焊接技术是其推广应用的关键技术。
The prospect of stainless clad plate is promising. And the welding of the stainless clad plate is the key factor in its application.
阐述了目前不锈钢复合板的生产方法和制备技术，分析了各种方法的优缺点。
The existing manufacturing Technology for Clad Plate of Stainless Steel were introduced, and the advantages and disadvantages of these processes were analyzed.
针对目前不锈钢复合板各生产方法存在的诸多不足，研制开发了钎焊轧制法。
Aiming at the fairly disadvantages in different realizations of stainless-clad steel plate at present, a new production method-brazing and soldering rolled method is developed.
通过对不锈钢复合板的焊接，从中了解和掌握复合板的特性，提高了焊接效率和焊接质量。
The characteristics of compound plate are understood through welding of the compound plate, thus the welding efficiency and quality can be improved.
本文就不锈钢复合板焊接中可能出现的问题以及在实际焊接中应采取的工艺措施进行了讨论。
In this paper, the problems which may encounter in welding are described and process measures taken in production welding are discussed.
本文主要介绍了爆炸焊接不锈钢复合板中两种隐蔽性缺陷的形态、分布规律以及超声波检测。
This paper introduced the distribution and pattern of two conceal defects in explosive welding stainless clad steel plate and their ultrasonic inspection.
[7]李晓波。不锈钢复合板的界面组织结构与性能[J]。中北大学学报(自然科学版)，2006,27 (4)：365- 368。
LI X B. Interfacial structure and performance of stainless clad plate [J]. Journal of North University of China (Natural Science Edition), 2006, 27 (4) : 365-368.
用于焊接耐硫酸介质腐蚀的同类不锈钢、复合板、异种钢等。
Fwelding similar stainless steels, compound steel plate, dissimilar steels which can insisting sulphuric acid.
用于焊接耐硫酸介质腐蚀的同类不锈钢、复合板、异种钢等。
For welding similar stainless steels, compound steel plate, dissimilar steels which can insisting sulphuric acid.
岩棉复合板两面可采用彩涂板、镀锌、不锈钢等净化特定材质。
The two sides of composite aluminum honey board can adopt special purified materials such as color-coated board, galvanized material and stainless steel.
讨论镍—不锈钢爆炸+轧制复合板在不同工艺下退火后的成分、组织和性能，在本试验的条件下，该复合板都有良好的结果。
The present paper discusses chemical compositions, structures and properties of explosion welded and rolled Ni stainless steel clad plate after annealing treatment under different process conditions.
讨论镍—不锈钢爆炸+轧制复合板在不同工艺下退火后的成分、组织和性能，在本试验的条件下，该复合板都有良好的结果。
The present paper discusses chemical compositions, structures and properties of explosion welded and rolled Ni stainless steel clad plate after annealing treatment under different process conditions.
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