12-pair effective oscillator strengths and transition energies: perpendicular transitions for the hydrogen molecular ion

This table gives a 12-pair set of effective oscillator strengths <br>upper row, and transition energies in atomic units, lower row, for perpendicular transitions<br>in the hydrogen molecular ion. For each value of <em>R</em>, the oscillator strength<br>sum is given in the last column.<br>Numbers in parentheses represent powers of ten. The table is similar to Table 2 of <em>Effective oscillator strengths</em> <em>and transition energies for the hydrogen molecular ion</em>,<br>James F. Babb, Molecular Physics (1994), <strong>81,</strong> 17--29,<br>http://dx.doi.org/10.1080/00268979400100021,<br>where 6-pair values were given. See that paper for additional<br>definitions and a description of the methodology<br>and applications.<br><br> A new application is to scattering theory. See<br>Mark C. Zammit, Dmitry V. Fursa, and Igor Bray, Physical Review A (2014)<br><strong>90</strong>, 022711, <br>http://dx.doi.org/10.1103/PhysRevA.90.022711<br>where in Table II some values are calculated and compared for<br>use in calculations of electron scattering from the hydrogen molecular ion.