math121b:04-03
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| Both sides previous revision Previous revision Next revision | Previous revision | ||
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math121b:04-03 [2020/04/03 16:55] pzhou |
math121b:04-03 [2026/02/21 14:41] (current) |
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| If $\lambda_r > 0$, say $\lambda_r = k^2$ for $k>0$, then we will take | If $\lambda_r > 0$, say $\lambda_r = k^2$ for $k>0$, then we will take | ||
| $$ R( r) = I_n(kr) = i^n J_n(i k r) $$ | $$ R( r) = I_n(kr) = i^n J_n(i k r) $$ | ||
| - | where $I_n(kr)$ is the ' | + | where $I_n(kr)$ is the ' |
| ** Eigenvalue problem for $Z( z)$ ** \\ | ** Eigenvalue problem for $Z( z)$ ** \\ | ||
math121b/04-03.1585932904.txt.gz · Last modified: 2026/02/21 14:44 (external edit)
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