Negative power flow for dipole in free space?
I am getting a negative power flow in the z-direction (emw.Poavz) at the dipole location. My model is attached. Ignore the nanorods (they've been set to free space). What is going wrong here?
View ArticleRe: Negative power flow for dipole in free space?
The quantity emw.Poavz is derived from the RF fields. You are attempting to evaluate it at the center of your dipole, and whether that is a physically-meaningful location is highly-questionable. Even...
View ArticleNegative power flow for dipole in free space?
I am getting a negative power flow in the z-direction (emw.Poavz) at the dipole location. My model is attached. Ignore the nanorods (they've been set to free space). What is going wrong here?
View ArticleRe: Negative power flow for dipole in free space?
The quantity emw.Poavz is derived from the RF fields. You are attempting to evaluate it at the center of your dipole, and whether that is a physically-meaningful location is highly-questionable. Even...
View ArticleNegative power flow for dipole in free space?
I am getting a negative power flow in the z-direction (emw.Poavz) at the dipole location. My model is attached. Ignore the nanorods (they've been set to free space). What is going wrong here?
View ArticleRe: Negative power flow for dipole in free space?
The quantity emw.Poavz is derived from the RF fields. You are attempting to evaluate it at the center of your dipole, and whether that is a physically-meaningful location is highly-questionable. Even...
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