![Figure 1 from Direct computation of parabolic waveguide modes via a bivariate root-finding algorithm | Semantic Scholar Figure 1 from Direct computation of parabolic waveguide modes via a bivariate root-finding algorithm | Semantic Scholar](https://d3i71xaburhd42.cloudfront.net/d993fc3146307629d3cd6215a76415370d6b5eb9/2-Figure1-1.png)
Figure 1 from Direct computation of parabolic waveguide modes via a bivariate root-finding algorithm | Semantic Scholar
![SOLVED: The parabolic cylindrical coordinates U, V, W are related to the Cartesian coordinates via Uv, y = 2 (v2 2) , 2 = W. When 2 = 0, the (blue) curves SOLVED: The parabolic cylindrical coordinates U, V, W are related to the Cartesian coordinates via Uv, y = 2 (v2 2) , 2 = W. When 2 = 0, the (blue) curves](https://cdn.numerade.com/ask_images/de3fb69ff01e4f3ca75e90508ebd4693.jpg)
SOLVED: The parabolic cylindrical coordinates U, V, W are related to the Cartesian coordinates via Uv, y = 2 (v2 2) , 2 = W. When 2 = 0, the (blue) curves
![a) Representation of parabolic cylinder coordinates in the z - ρ plane... | Download Scientific Diagram a) Representation of parabolic cylinder coordinates in the z - ρ plane... | Download Scientific Diagram](https://www.researchgate.net/publication/235572216/figure/fig3/AS:299751980453905@1448477849769/a-Representation-of-parabolic-cylinder-coordinates-in-the-z-r-plane-of-a-cylindrical.png)