On Apr 22, 2014, at 10:01 AM, Ehsan Saei wrote:
> I simulated a point source which is located in free-space (air ) and tried to
> compute the power radiated by the source and travels through a cubic that
> surrounds the source. After plotting the data I have noticed that the power
> has a freq
On 4/22/2014 4:08 PM, Filip Dominec wrote:
> May it be attributed to that the radiated field is a derivative of the
> current, so that high-frequency components are enhanced compared to
> the lower frequency ones? Or is it a more complicated deviation?
> Regards,
> Filip
and furthermore, the radiat
.45 for source but the power has a frequency center at
> 0.5. Is there any solution for this behavior?
>
>> Date: Tue, 22 Apr 2014 16:08:12 +0200
>> Subject: Re: [Meep-discuss] why the energy spectrum radiated by a point
>> source doesn't match with the spectrum of
May it be attributed to that the radiated field is a derivative of the
current, so that high-frequency components are enhanced compared to
the lower frequency ones? Or is it a more complicated deviation?
Regards,
Filip
2014-04-22 16:01 GMT+02:00, Ehsan Saei :
> Dear Steven and MEEP users,
>
> I si
Dear Steven and MEEP users,
I simulated a point source which is located in free-space (air ) and tried to
compute the power radiated by the source and travels through a cubic that
surrounds the source. After plotting the data I have noticed that the power has
a frequency center different from t
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