Radiative cooling

A general non-LTE radiative transfer code for rotational lines based on the accelerated lambda iteration (ALI) was used to calculate the excitation of HCN rotational levels in

The rapid heating and cooling dynamics of thin solid foils driven by an ultraintense (∼ 10 18 Wcm −2 ) picosecond laser pulse has been experimentally studied through time-integrated

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Radiative power losses and associated electron cooling rates from plasmas are important in many applications and are central to recent work1 on the development of a

The time evolution of the internal energy distribution of the ensemble of stored ions shows evidences of fast cooling which is attributed to the fluorescence from thermally

we model the secular cooling of an initially fully molten magma ocean by

Nevertheless, the following experimental factors led to a progressive decrease of the number of excited molecules with increasing t laser : the spread of the ion bunch during

Dissociation rate, fluores- cence and Infrared radiative cooling rates of Naphthalene studied in electrostatic storage Miniring.. Journal of Physics: Conference Series, IOP