In order to keep up with the advanced technical level abroad and coordinate with the industrial policy in our country, the air-cooled turbogenerator with large capacity must be developed.
为了追赶世界先进水平，适应我国的产业政策，必须研制和开发大容量空冷汽轮发电机。
Rational modeling of air movement in ventilation ducts of large air-cooled turbogenerator is the crucial factor for correct numerical calculation.
采用合理的计算模型对大型空冷汽轮发电机通风结构中气体运动流场进行数值模拟是保证数值计算结果是否正确的关键。
The punching technology of ventilation holes of rotor coils for air-cooled turbogenerator is analyzed in detail.
转子线圈通风孔的冲压加工工艺进行了详细分析。
The manufacturing technique of rotor coils of 100mw air-cooled turbogenerator is mainly discussed in this paper. And the success of it builds a great foundation for HEC to develop large-scale units.
本文重点介绍了空冷100MW汽轮发电机转子线圈的制造工艺和相关的工艺装备，该转子线圈的研制成功，为哈电公司今后生产更大容量的空冷机组奠定了坚实的基础。
The manufacturing technique of rotor coils of 100mw air-cooled turbogenerator is mainly discussed in this paper. And the success of it builds a great foundation for HEC to develop large-scale units.
本文重点介绍了空冷100MW汽轮发电机转子线圈的制造工艺和相关的工艺装备，该转子线圈的研制成功，为哈电公司今后生产更大容量的空冷机组奠定了坚实的基础。
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