Feild-fluctuation-independent Coherence Decay in the Transition -1/2(4A2)～-1/2(E)of the ruby R1 line

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  • Field-fluctuation-independent Coherence Decay in the Transition - 1/2(^4A_2) ～ - 1/2(E^^-) of the ruby R_1 line
  • Field-fluctuation-independent Coherence Decay in the Transition - 1/2(4A2) ～ - 1/2(E) of the ruby R1 line

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type:Departmental Bulletin Paper

By　a　modified　two　manifold model,　we　explain　the　following　experimental　results　performed　for　the　test　of　the　optical　Bloch　equation　on　the　transition -1/2(4A2)～-1/2(E) of　the　ruby　R1 line.　1)The　optical　hole　width,　including　that　derived　from　the　FID increases　linearly　with　x(Rabi　frequency)　under　the　strong　excitation　condition.　2)The decay　of　two　pulse　and　rotary　photon　echo　is　a　single　exponential　and　the　decay　constant is　power　independent　as　is　predicted　from　the　ordinal　optical　Bloch　equation.　In　this theory,　a　fluctuating　local　field　is　not　assumed.

identifier:滋賀大学教育学部紀要, 3, 自然科学, 第48号, pp.43-53

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