Alkali D Line Data - Steck
4 2 Rubidium 85 Physical and Optical Properties totypicallaboratoryconditions(1atmpressure,23 Ctemperature,and40%relativehumidity).Theindexof ...
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Alkali D Line Data - Steck
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steck.us1 Introduction 3 1 Introduction In this reference we present many of the physical and optical properties of cesium that are relevant to various quantum optics experiments.
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Alkali D Line Data - Steck
steck.us4 2 Rubidium 85 Physical and Optical Properties to typical laboratory conditions (100 kPa pressure, 20 C temperature, and 50% relative humidity).The index of refraction is calculated from the 1993 revision [13] of the Edl´en formula [14]:
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steck.usbalance of Doppler cooling and recoil heating [13]. Of course, in Zeeman-degenerate atoms, sub-Doppler cooling mechanisms permit temperatures substantially below this limit [14]. 3 Hyperfine Structure 3.1 Energy Level Splittings The 5 2S 1/2 −→ 5 2P 3/2 and 5 2S 1/2 −→ 5 P 1/2 transitions are the components of a fine-structure doublet ...
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steck.us23 January 1998 (revision 1.6, 14 October 2003) 1 Introduction In this reference we present many of the physical and optical properties of cesium that are relevant to various quantum optics experiments. In particular, we giveparameters that are useful in treating the mechanical effects of lighton cesium atoms.
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www.sqa.org.ukRubidium Rb 85.5 1.53 1861 Ruthenium Ru 101 12.1 1844 Samarium Sm 150.5 7.52 1853 Scandium Sc 45 2.99 1879 Selenium Se 79 4.81 1817 Silicon Si 28 2.33 1824 Silver Ag 108 10.5 Ancient Sodium Na 23 0.97 1807 Strontium Sr 87.5 2.64 1790