Ralph Bryant
New member
Can anyone offer up any ideas about the results of this little test ?
[attachment 13072 Untitled-Scanned-01.jpg]
We're all familiar with the theory of "target averaging", but this one has me stumped. If you take a nickel with an I.D. of 12 by itself on the Xterra 30, and place it inside a bent over beavertail pull-tab as shown which I.D.s at 24 by itself, the combination actually rises to a higher I.D. (combined conductivity) than either of the parts, in this case giving an I.D. of 28. This same effect carries over to every VDI machine I've ever tried it on.
Any thoughts ?
Ralph
[attachment 13072 Untitled-Scanned-01.jpg]
We're all familiar with the theory of "target averaging", but this one has me stumped. If you take a nickel with an I.D. of 12 by itself on the Xterra 30, and place it inside a bent over beavertail pull-tab as shown which I.D.s at 24 by itself, the combination actually rises to a higher I.D. (combined conductivity) than either of the parts, in this case giving an I.D. of 28. This same effect carries over to every VDI machine I've ever tried it on.
Any thoughts ?
Ralph