| MOM: Examples with different pointing algorithms |
6.2.11 |
22/10/19 14:22 |
|
No download available |
| MOM: Example 1: 16x16 short dipole array with uniform algorithm |
6.2.11 |
22/10/19 14:22 |
|
No download available |
| MOM: Example 2: 20x20 pattern file array with uniform algorithm |
6.2.11 |
22/10/19 13:03 |
|
No download available |
| MOM: Example 3: 14x14 coaxial feed array with uniform algorithm |
6.2.11 |
22/10/19 13:03 |
|
No download available |
| MOM: Example 4: 16x16 short dipole array with Dolph-Chebychev algorithm |
6.2.11 |
22/10/19 13:03 |
|
No download available |
| MOM: Example 5: 20x20 pattern file array with Dolph-Chebychev algorithm |
6.2.11 |
22/10/19 13:03 |
|
No download available |
| MOM: Example 6: 14x14 coaxial feed array with Dolph-Chebychev algorithm |
6.2.11 |
22/10/19 13:03 |
|
No download available |
| MOM: Example 7: 16x16 short dipole array with binomial algorithm |
6.2.11 |
22/10/19 13:03 |
|
No download available |
| MOM: Example 8: 20x20 pattern file array with binomial algorithm |
6.2.11 |
22/10/19 13:03 |
|
No download available |
| MOM: Example 9: 14x14 coaxial feed array with binomial algorithm |
6.2.11 |
22/10/19 13:03 |
|
No download available |
| MOM: Corrugated Horn Examples |
6.2.11 |
19/11/19 12:21 |
|
No download available |
| MOM: Example 1: Design and analyze a corrugated horn in the band from 10 to 20 GHz. |
6.2.11 |
22/10/19 14:25 |
|
No download available |
| MOM: Example 2: Design and analyze a conical corrugated horn at 10GHz and 22 dB gain. |
6.2.11 |
22/10/19 14:27 |
|
No download available |
| MOM: Example 3: Design of a corrugated horn with a customized profile. |
6.2.11 |
22/10/19 13:03 |
|
No download available |
| MOM: Example 4: Compute the S-Parameters of a corrugated horn in the band from 10 to 20 GHz. |
6.2.11 |
19/11/19 12:21 |
|
No download available |
| MOM: Design of waveguides |
6.2.11 |
22/10/19 14:29 |
|
No download available |
| MOM: Example 1: Analysis of a Waveguide with 12 Rotated Slots |
6.2.11 |
22/10/19 14:29 |
|
No download available |
| MOM: Example 2: Design of an array of slotted waveguides |
6.2.11 |
22/10/19 14:29 |
|
No download available |
| MOM: Reflectarrays |
6.2.11 |
22/10/19 14:30 |
|
No download available |
| MOM: Radomes |
6.2.11 |
22/10/19 15:18 |
|
No download available |
| MOM: Example 1: Parametric Radomes |
6.2.11 |
22/10/19 15:18 |
|
No download available |
| MOM: Example 2: Radome with FSS |
6.2.11 |
22/10/19 13:04 |
|
No download available |
| MOM: Example 1: Common simulation |
6.2.11 |
22/10/19 13:18 |
|
No download available |
| MOM: Example 2: Common parametric simulation with frequency sweep |
6.2.11 |
22/10/19 13:19 |
|
No download available |
| MOM: Example 3: Radiation Map simulation with frequency sweep |
6.2.11 |
22/10/19 13:22 |
|
No download available |
| MOM: Example 4: Delay Process simulation with frequency sweep |
6.2.11 |
22/10/19 14:17 |
|
No download available |
| MOM: Example 5: Multipole simulation |
6.2.11 |
22/10/19 14:18 |
|
No download available |
| MOM: Example 6: Common simulation with a coaxial feed source |
6.2.11 |
22/10/19 14:19 |
|
No download available |
| MOM: Example 7: Basic Reflectarray simulation |
6.2.11 |
22/10/19 14:20 |
|
No download available |
| MOM: Example 1: Analysis of a rectangular Reflectarray |
6.2.11 |
22/10/19 14:30 |
|
No download available |
| MOM: Example 9: S-Parameters |
6.2.11 |
22/10/19 14:21 |
|
No download available |
| MOM: Example 10: Parameters, Frequency Sweep, Far and Near Field |
6.2.11 |
22/10/19 13:03 |
|
No download available |
