1) lead bath
铅浴槽
2) lead bath quench
铅浴槽淬火
3) lead bath
铅浴
1.
The change in microstructure and properties of wire tempering process during the production of tempered bead wire is analysed in this paper It is proposed through experiment that temper processing by “lead bath”is an important way to guarantee the properties of wire products Optimum process parameters are also provide
通过试验提出：采用“铅浴”对钢丝进行回火处理是保证产品性能的重要途径。
4) patenting
[英]['peitənt] [美]['pætṇt]
铅浴淬火
1.
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。
2.
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。
5) patenting furnace
铅浴炉
1.
To introduce the situation of the test and use of a kind of lead liquid covering agent which mainly consists of industrial coal cinder in patenting furnace The use method and characteristics of the covering agent are explained The results show that using this method can cut down production cost,raise products quality,and improve labor environmen
介绍一种以工业煤渣为主要载体的铅液覆盖剂在铅浴炉上的试验与使用情况 ,对该覆盖剂的应用方法及应用特点作了说明。
6) lead hardening
铅浴淬火
1.
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。
补充资料：铅-铅测年
分子式：
CAS号：
性质：238U和235U两个母体铀同位素的特性实质相同，所产生的放射性成因206,207Pb的方程可合并为（207Pb/206Pb）=[(235U/238U)]（t-1）。235U/238U现在的比值是1/137.8，利用非放射性成因‘稳定’204Pb作为参考同位素，作（207Pb/204Pb）与（206Pb/204Pb）的Pb-Pb等时线，应用方程计算年龄，式中（207Pb/204Pb）和(206Pb/204Pb)0是初始比值。
CAS号：
性质：238U和235U两个母体铀同位素的特性实质相同，所产生的放射性成因206,207Pb的方程可合并为（207Pb/206Pb）=[(235U/238U)]（t-1）。235U/238U现在的比值是1/137.8，利用非放射性成因‘稳定’204Pb作为参考同位素，作（207Pb/204Pb）与（206Pb/204Pb）的Pb-Pb等时线，应用方程计算年龄，式中（207Pb/204Pb）和(206Pb/204Pb)0是初始比值。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条