Okay, I feel that I have solved the issue. It was multi-faceted:
1) When I was probing the h5 file with h5totxt, I was reading data from a
wrong point (should've been at -x60 -y11 -z11, not -y0 -z0).
2) Also, when using "output-efield", there are 3 different datasets (x, y,
&z) which the h5totxt wa
On Tue, 2 Aug 2011 08:49:47 -0400, "J. Steele Parris"
wrote:
> The tip is a 1x1x4 nickel block that has been cut to a pyramid point on
one
> side and affixed to a nickel layer (1 unit thick) and a silicon
substrate.
> There is also a thin layer of silver on the pyramid point of the tip.
>
Ok, s
The tip is a 1x1x4 nickel block that has been cut to a pyramid point on one
side and affixed to a nickel layer (1 unit thick) and a silicon substrate.
There is also a thin layer of silver on the pyramid point of the tip.
On Mon, Aug 1, 2011 at 6:26 PM, gpipc wrote:
> On Mon, 1 Aug 2011 14:51:38
On Mon, 1 Aug 2011 14:51:38 -0400, "J. Steele Parris"
wrote:
> Hello fellow Meep users!
>
> I am measuring the enhancement of the electric field at the tip of a
nickel
> nanotip with a silver coating on top. When I measure and compare to a
blank
> field, the enhancement is 10^13. I find this impr
Hello fellow Meep users!
I am measuring the enhancement of the electric field at the tip of a nickel
nanotip with a silver coating on top. When I measure and compare to a blank
field, the enhancement is 10^13. I find this improbable, and I ask the
community for any advice on the matter.
To measur
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