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I have reran your simulation and added monitors for the e and h field at your resonant frequency. This allowes to display the power loss in dielectrics (In 1D results -> Power). And the results confirm the assumption from baby_2 that the dielectric is the main cause for your decreased...
It a kinda old version but I am guessing this is representing the number of modes that will be excited during your simulation.
The solver in CST starts with checking which modes exists in your waveguide and numbers them according to ther cutoff frequency. So mode one would be the fundamental...
Hi there,
I want to investigate non homogenous dielectrics in CST. I have not found any method to define a delectric with a gradient or with a completly user defined function based on spatial parameters. Does anybody know how to approach this problem?
Thanks and have a nice day,
Seleven.
Hi there,
I simulated a EM tomography system with 32 antennas within a PEC cylinder. For the postprocessing I am interessted in the transmision parameters from the excited antenna (1) to antenna (X): SX1, at a single freqeuncy. I would like to plot the transmission in dB in dependence with the...
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