Hi everyone,
The website of MEEP has already said that units in MEEP is dimensionless,
including the length, the frequency and so on. However, I wonder that if all
the units in MEEP are dimensionless, especially the units of inputs and
outputs, which are the conductivity, the electric and
(I don't see my reply posted, so I'm posting it again. I'm sorry if this
mail is duplicated.)
Hi Steven,
Thanks a lot for helping me find out a big mistake I made - that is, I was
confused by the defination of current in MEEP, which is totally different
from that in driving circuit.
So here
and magnetostatics (Poisson's equation etc.).
Steven
On Sep 15, 2009, at 9:40 AM, Roy Zhang wrote:
I'm trying to set a current source and find there's no parameter to
describe the resistance(50 ohm, normally) in the feeding point, which is
frequently used in EM emission system. That's quite
larger than the wavelength), you want to be solving the
equations of electrostatics and magnetostatics (Poisson's equation etc.).
Steven
On Sep 15, 2009, at 9:40 AM, Roy Zhang wrote:
I'm trying to set a current source and find there's no parameter to
describe the resistance(50 ohm, normally
Hello everyone,
I'm trying to set a current source and find there's no parameter to
describe the resistance(50 ohm, normally) in the feeding point, which is
frequently used in EM emission system. That's quite strange. Can you tell me
why? Your earliest reply will be greatly appretiated.
Dear Steven and All:
Hello!
I'm using MEEP to deal with a problem which require a model with exact
epsilon value in each pixel.
However, as you know, MEEP will modified the model automatically to
average the epsilon value at the surface of different kinds of dielects.
Such situation is
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