May 23, 2018 #1 D Davion Newbie level 4 Joined May 23, 2018 Messages 6 Helped 0 Reputation 0 Reaction score 0 Trophy points 1 Activity points 49 Hi all, IÂ’m designing an antenna which is working in the water.How can I modelling it in hfss if an antenna is imerged in water?Should I change the air box into water box?And will the size of it change? Many thanks
Hi all, IÂ’m designing an antenna which is working in the water.How can I modelling it in hfss if an antenna is imerged in water?Should I change the air box into water box?And will the size of it change? Many thanks
May 23, 2018 #2 V volker@muehlhaus Advanced Member level 6 Joined Apr 11, 2014 Messages 3,190 Helped 1,071 Reputation 2,146 Reaction score 1,140 Trophy points 1,393 Activity points 20,271 Yes, wavelength changes heavily in water: https://www.nature.com/articles/srep13535/figures/1 Also note the frequency dependent losses.
Yes, wavelength changes heavily in water: https://www.nature.com/articles/srep13535/figures/1 Also note the frequency dependent losses.
May 24, 2018 #3 D Davion Newbie level 4 Joined May 23, 2018 Messages 6 Helped 0 Reputation 0 Reaction score 0 Trophy points 1 Activity points 49 Thanks for your kindness.Also I found HFSS -> Boundaries -> Edit Global Material Properties,should I change this ?
Thanks for your kindness.Also I found HFSS -> Boundaries -> Edit Global Material Properties,should I change this ?
May 24, 2018 #4 P PlanarMetamaterials Advanced Member level 4 Joined Jun 13, 2012 Messages 1,457 Helped 404 Reputation 812 Reaction score 383 Trophy points 1,363 Location Edmonton, Canada Activity points 9,834 Davion said: I found HFSS -> Boundaries -> Edit Global Material Properties,should I change this ? Click to expand... Yes. This will affect the radiation boundaries' behavior such that they are matched to water, and not a vacuum.
Davion said: I found HFSS -> Boundaries -> Edit Global Material Properties,should I change this ? Click to expand... Yes. This will affect the radiation boundaries' behavior such that they are matched to water, and not a vacuum.