| 1. | The Sommerfeld radiation condition is used to solve uniquely the Helmholtz equation.
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| 2. | The radiation conditions on the Ganymede surface are fairly benign.
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| 3. | The peak power is not the same as the power under actual radiation conditions.
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| 4. | Following the radiation conditions of the Earth s surface ( land, oceans, polar ice ).
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| 5. | For infinite exterior domains, a radiation condition may also be required ( Sommerfeld, 1949 ).
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| 6. | A solution u to this equation is called " radiating " if it satisfies the "'Sommerfeld radiation condition "'
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| 7. | Of all these solutions, only u _ + satisfies the Sommerfeld radiation condition and corresponds to a field radiating from x _ 0.
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| 8. | At open boundaries, wave reflection and deformation may be minimized by the use of so-called " radiation conditions " ( Orlanski 1976 ).
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| 9. | Time is passing and we have to understand full well that it is an object in an unclear state, due to its grave radiation conditions,
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| 10. | If the time-harmonic field is instead e ^ { i \ omega t } u, one should replace-i with + i in the Sommerfeld radiation condition.
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