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Alloy with selected electrical conductivity and atomic disorder, process for making and using same

机译:具有选择的导电性和原子无序性的合金,其制造和使用方法

摘要

A primary alloy includes: nickel; copper; zinc; an electrical conductivity from 5.2% International Annealed Copper Standard (IACS) to 5.6% IACS measured in accordance with ASTM E1004-09 (2009); and a disordered crystalline phase wherein atoms of the nickel, cooper, and zinc are randomly arranged in the disordered crystalline phase at room temperature in a post-annealed state. A process for making the primary alloy includes heating a secondary alloy to a first temperature that is greater than or equal to an annealing temperature to form an annealing alloy, the secondary alloy including a secondary phase; and quenching, by cooling the annealing alloy from the first temperature to a second temperature that is less than the annealing temperature, under a condition effective to form the primary alloy including the disordered crystalline phase, wherein the disordered crystalline phase is different than the secondary phase of the secondary alloy.
机译:原生合金包括:镍;铜;锌根据ASTM E1004-09(2009)测量的电导率从5.2%国际退火铜标准(IACS)到5.6%IACS;以及无序结晶相,其中镍,铜和锌的原子在室温下在后退火状态下随机排列在无序结晶相中。制备初级合金的方法包括:将次级合金加热到大于或等于退火温度的第一温度以形成退火合金,该次级合金包括次级相;和在有效形成包含无序结晶相的初级合金的条件下,通过将退火合金从第一温度冷却至低于退火温度的第二温度进行淬火,其中无序结晶相不同于第二相二次合金。

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