Riis, E. Sinclair, A. G. Poulsen, Ove Drake, G. W. F. Rowley, W. R. C. Levick, A. P.

High-precision laser-resonance measurements accurate to +/-0.5 MHz, or better are reported for transitions among the 1s2s S-3(1)-1s2p P-3(J) hyperfine manifolds for each of J = 0, 1, and 2 in both Li-6(+) and Li-7(+). A detailed analysis of hyperfine structure is performed for both the S and P states, using newly calculated values for the magnetic ...

Riis, E. Sinclair, A. G. Poulsen, Ove Drake, G. W. F. Rowley, W. R. C. Levick, A. P.

High-precision laser-resonance measurements accurate to +/-0.5 MHz, or better are reported for transitions among the 1s2s S-3(1)-1s2p P-3(J) hyperfine manifolds for each of J = 0, 1, and 2 in both Li-6(+) and Li-7(+). A detailed analysis of hyperfine structure is performed for both the S and P states, using newly calculated values for the magnetic ...

Riis, E. Sinclair, A. G. Poulsen, Ove Drake, G. W. F. Rowley, W. R. C. Levick, A. P.

High-precision laser-resonance measurements accurate to +/-0.5 MHz, or better are reported for transitions among the 1s2s S-3(1)-1s2p P-3(J) hyperfine manifolds for each of J = 0, 1, and 2 in both Li-6(+) and Li-7(+). A detailed analysis of hyperfine structure is performed for both the S and P states, using newly calculated values for the magnetic ...

Riis, E. Sinclair, A. G. Poulsen, Ove Drake, G. W. F. Rowley, W. R. C. Levick, A. P.

High-precision laser-resonance measurements accurate to +/-0.5 MHz, or better are reported for transitions among the 1s2s S-3(1)-1s2p P-3(J) hyperfine manifolds for each of J = 0, 1, and 2 in both Li-6(+) and Li-7(+). A detailed analysis of hyperfine structure is performed for both the S and P states, using newly calculated values for the magnetic ...

Riis, E. Sinclair, A. G. Poulsen, Ove Drake, G. W. F. Rowley, W. R. C. Levick, A. P.

High-precision laser-resonance measurements accurate to +/-0.5 MHz, or better are reported for transitions among the 1s2s S-3(1)-1s2p P-3(J) hyperfine manifolds for each of J = 0, 1, and 2 in both Li-6(+) and Li-7(+). A detailed analysis of hyperfine structure is performed for both the S and P states, using newly calculated values for the magnetic ...

Riis, E. Sinclair, A. G. Poulsen, Ove Drake, G. W. F. Rowley, W. R. C. Levick, A. P.

High-precision laser-resonance measurements accurate to +/-0.5 MHz, or better are reported for transitions among the 1s2s S-3(1)-1s2p P-3(J) hyperfine manifolds for each of J = 0, 1, and 2 in both Li-6(+) and Li-7(+). A detailed analysis of hyperfine structure is performed for both the S and P states, using newly calculated values for the magnetic ...

Riis, E. Sinclair, A. G. Poulsen, Ove Drake, G. W. F. Rowley, W. R. C. Levick, A. P.

High-precision laser-resonance measurements accurate to +/-0.5 MHz, or better are reported for transitions among the 1s2s S-3(1)-1s2p P-3(J) hyperfine manifolds for each of J = 0, 1, and 2 in both Li-6(+) and Li-7(+). A detailed analysis of hyperfine structure is performed for both the S and P states, using newly calculated values for the magnetic ...

Riis, E. Sinclair, A. G. Poulsen, Ove Drake, G. W. F. Rowley, W. R. C. Levick, A. P.

High-precision laser-resonance measurements accurate to +/-0.5 MHz, or better are reported for transitions among the 1s2s S-3(1)-1s2p P-3(J) hyperfine manifolds for each of J = 0, 1, and 2 in both Li-6(+) and Li-7(+). A detailed analysis of hyperfine structure is performed for both the S and P states, using newly calculated values for the magnetic ...

Riis, E. Sinclair, A. G. Poulsen, Ove Drake, G. W. F. Rowley, W. R. C. Levick, A. P.

High-precision laser-resonance measurements accurate to +/-0.5 MHz, or better are reported for transitions among the 1s2s S-3(1)-1s2p P-3(J) hyperfine manifolds for each of J = 0, 1, and 2 in both Li-6(+) and Li-7(+). A detailed analysis of hyperfine structure is performed for both the S and P states, using newly calculated values for the magnetic ...

Riis, E. Sinclair, A. G. Poulsen, Ove Drake, G. W. F. Rowley, W. R. C. Levick, A. P.

High-precision laser-resonance measurements accurate to +/-0.5 MHz, or better are reported for transitions among the 1s2s S-3(1)-1s2p P-3(J) hyperfine manifolds for each of J = 0, 1, and 2 in both Li-6(+) and Li-7(+). A detailed analysis of hyperfine structure is performed for both the S and P states, using newly calculated values for the magnetic ...