1.071 a 1.080 de 1.137 Resultados
Datos MATLAB - 2,7 MB -
MD5: f9382a8ab768e1e05a05a356ae4369da
|
Datos MATLAB - 2,4 MB -
MD5: 16f62cfce00d78c8d6506d56c719e341
|
Datos MATLAB - 2,6 MB -
MD5: 3555d595d83e73fa89fe840a9575b0be
|
Datos MATLAB - 2,4 MB -
MD5: 7f4c07fa9b7c0adb4c1632d870698339
|
Datos MATLAB - 2,4 MB -
MD5: 98194ada16209dd7cbe05c19453d8660
|
5 feb 2021 -
Electronic energies, quantum defects and half-lives for the first three water resonances above the B state of H2O+
Datos de texto de campo fijo - 686 B -
MD5: a81116fd68d616d49d2acda189f3c863
Electronic energies of the resonance 1 ¹A' of H2O (in hartree) as a function of the Jacobi coordinate R (in bohr), for fixed r=1.90 bohr and \theta=110 deg |
5 feb 2021 -
Electronic energies, quantum defects and half-lives for the first three water resonances above the B state of H2O+
Datos de texto de campo fijo - 612 B -
MD5: e4ef8dfe25774f306070ffbb51ae1f93
Electronic energies of the resonance 1 ³A" of H2O (in hartree) as a function of the Jacobi coordinate R (in bohr), for fixed r=1.90 bohr and \theta=110 deg |
5 feb 2021 -
Electronic energies, quantum defects and half-lives for the first three water resonances above the B state of H2O+
Datos de texto de campo fijo - 685 B -
MD5: 72df8cd4d13ed67a56ade3ea65af95e4
Electronic energies of the resonance 2 ³A" of H2O (in hartree) as a function of the Jacobi coordinate R (in bohr), for fixed r=1.90 bohr and \theta=110 deg |
5 feb 2021 -
Electronic energies, quantum defects and half-lives for the first three water resonances above the B state of H2O+
Datos de texto de campo fijo - 3,9 KB -
MD5: e8f4faa58f73a43e82e888190fa27e9e
Electronic energies of the 8 lowest states of H2O^+ (in hartree) as a function of the Jacobi coordinate R (in bohr), for fixed r=1.90 bohr and \theta=110 deg |
5 feb 2021 -
Electronic energies, quantum defects and half-lives for the first three water resonances above the B state of H2O+
Datos de texto de campo fijo - 1,7 KB -
MD5: da46cd03ee5e469f2fc5b3aceb2dc50f
Energy (in hartree) of the resonance 1 ¹A' of H2O (in hartree) as a function of the Jacobi coordinate \theta for R=1.98 bohr and r=1.90 bohr |