Nature, Volume 427Sir Norman Lockyer Macmillan Journals Limited, 2004 |
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Página 137
... orbital and a singly occupied s orbital . We consider first a hypothetical quantum dot with a bound d orbital . The quantum numbers can be preserved by allowing one of the p electrons to fill the vacancy in the s orbital , with the ...
... orbital and a singly occupied s orbital . We consider first a hypothetical quantum dot with a bound d orbital . The quantum numbers can be preserved by allowing one of the p electrons to fill the vacancy in the s orbital , with the ...
Página 327
... orbital period of 290.7 ± 8.6 d is well - determined , and is consistent with our independently derived period ( see Fig . 2 ) . || = tot , Kepler's third law relates the total mass of the binary system , M1 to a , the physical semi ...
... orbital period of 290.7 ± 8.6 d is well - determined , and is consistent with our independently derived period ( see Fig . 2 ) . || = tot , Kepler's third law relates the total mass of the binary system , M1 to a , the physical semi ...
Página 520
... orbital properties of ' massive - massive ' binaries formed in our scattering experiments . Here a and e have the same meanings as in Fig . 3. Contributions from exchange reactions , event type ( 1 ) in Methods , are limited by energy ...
... orbital properties of ' massive - massive ' binaries formed in our scattering experiments . Here a and e have the same meanings as in Fig . 3. Contributions from exchange reactions , event type ( 1 ) in Methods , are limited by energy ...
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