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本文通过理论分析，结合作者编制的通风网络分风解算“ＮＳＳＰ”程序的实际验证，探讨了加快斯考德法收敛速度的技巧，从而进一步使该算法稳定，求解迅速，以满足通风系统优化对计算方法的不断要求。
In this paper, through theoretical analysis and practical verification of “NSSP” program of ventilation network, the author explores the technique of speeding up the convergence of Skard’s method, so that the algorithm can be stabilized and solved quickly to meet the requirements of ventilation system optimization Constant demands on calculation methods.