Non-ferromagnetic amorphous steel alloys containing large-atom metals

An amorphous alloy represented by the formula:

• Fe48Cr15Mo14ER2Cl5B6
• and wherein for a test duration said alloy is exposed to an environment having a designated pH level, said alloy is determined to have a differential voltage, V, wherein differential voltage, V, equals Epit−Eoc, wherein Epit is pitting potential and Eoc is open circuit potential, wherein:
• said alloy has a voltage differential, V, that is determined to have at least one of the following magnitudes:
• if said PH level is equal to about 1.0, then V is equal to about 0.710
• if said PH level is equal to about 6.5, then V is equal to about 0.883 and
• if said PH level is equal to about 11.0, then V is equal to about 1.129.

An amorphous alloy represented by the formula:

• Fe50Cr15Mo14Cl5B6
• and wherein for a test duration said alloy is exposed to an environment having a designated pH level, said alloy is determined to have a differential voltage, V, wherein differential voltage, V, equals Epit−Eoc, wherein Epit is pitting potential and Eoc is open circuit potential, wherein:
• said alloy has a voltage differential, V, that is determined to have at least one of the following magnitudes:
• if said PH level is equal to about 1.0, then V is equal to about 0.087;
• if said PH level is equal to about 6.5, then V is equal to about 0.244;
• and
• if said PH level is equal to about 11.0, then V is equal to about 0.777.