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These authors have also concluded from their numerical results that the entropy resides in the mobile layers. How adiabatic compression gives rise to temperature rise, however, was not discussed there.
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These authors have also concluded from their numerical results that the entropy resides in the mobile layers. How adiabatic compression gives rise to temperature rise, however, was not discussed there.
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8
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17344389394
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t/ER=1.43(V0/ER)0.98e-2.07V0/ER, U/ER=(5.97as/λ)(V0/ER)0.88, where λ=2d is the wavelength of the laser; PLRAAN 1050-2947 10.1103/PhysRevA.72.053606
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t/ER=1.43(V0/ER)0.98e-2.07V0/ER, U/ER=(5.97as/λ)(V0/ER)0.88, where λ=2d is the wavelength of the laser; F. Gerbier, Phys. Rev. A 72, 053606 (2005). PLRAAN 1050-2947 10.1103/PhysRevA.72.053606
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Most current experiments have Ti>μo. We have considered the case Ti<μo to demonstrate the intrinsic heating even under optimal initial conditions. Heating will be very severe for an initial state with Ti>μo at V0 around 10ER.
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Most current experiments have Ti>μo. We have considered the case Ti<μo to demonstrate the intrinsic heating even under optimal initial conditions. Heating will be very severe for an initial state with Ti>μo at V0 around 10ER.
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14
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Barankov, R.1
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