A spin flipper for reversal of polarisation in a thermal atomic beam

Schröder W, Baum G (1983)
J.Phys. E 16(1): 52-56.

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Journal Article | Published | English
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By using the method of diabatic passage, we developed a spin flipper which allows a rapid and convenient reversal of the atomic spins. The spin flipper was tested with a polarised lithium atomic beam by analysing the atomic beam polarisation with the help of a second spin-flip region and a sextupole magnet. The reversal efficiency was measured to be 0.98 which is in agreement with our calculation. The flipper is especially useful in low-energy electron-atom crossed-beam collision studies. The experimental arrangement also allows a precise determination of the atomic beam polarisation.
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Schröder W, Baum G. A spin flipper for reversal of polarisation in a thermal atomic beam. J.Phys. E. 1983;16(1):52-56.
Schröder, W., & Baum, G. (1983). A spin flipper for reversal of polarisation in a thermal atomic beam. J.Phys. E, 16(1), 52-56.
Schröder, W., and Baum, G. (1983). A spin flipper for reversal of polarisation in a thermal atomic beam. J.Phys. E 16, 52-56.
Schröder, W., & Baum, G., 1983. A spin flipper for reversal of polarisation in a thermal atomic beam. J.Phys. E, 16(1), p 52-56.
W. Schröder and G. Baum, “A spin flipper for reversal of polarisation in a thermal atomic beam”, J.Phys. E, vol. 16, 1983, pp. 52-56.
Schröder, W., Baum, G.: A spin flipper for reversal of polarisation in a thermal atomic beam. J.Phys. E. 16, 52-56 (1983).
Schröder, W., and Baum, Günter. “A spin flipper for reversal of polarisation in a thermal atomic beam”. J.Phys. E 16.1 (1983): 52-56.
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