The effects of patenting process on high carbon steel and alloy steel are analyzed in detail.
介绍高强度轮胎钢帘线的特点及发展状况,详细分析铅浴淬火工艺对高碳钢及合金钢的影响,并对珠光体钢丝的拉拔机制进行探讨,指出珠光体的片层间距和位错与加工硬化密切相关,应变时效能改变钢丝的力学性能。
70% carbon steel wires upon patenting in patenting and CMC(carboxyl methyl cellulose) aqueous solutions was measured respectively with the steel wire probes.
钢丝的“体积效应”和在其冷却介质中的热扩散能力共同决定了铅浴淬火过程及钢丝的相变过程。
The paper introduced the working principle of the lead hardening temperature measuring and control system for the steel wire base on the fuzzy suitable PID control.
阐述了基于模糊自适应PID控制的钢丝绳用钢丝铅浴淬火温度测控系统的工作原理。
