Detail of "13587-16-1"

Reference

Solubility of lithium deuteride in liquid lithium

Solubility of lithium deuteride in liquid lithium. Veleckis, E.; Yonco, R. M.; Maroni, V. A. (Chem. Eng. Div., Argonne Natl. Lab., Argonne, Ill., USA). J. Less-Common Met., 55(1), 85-92 (English) 1977. CODEN: JCOMAH. DOCUMENT TYPE: Journal CA Section: 71 (Nuclear Technology) Section cross-reference(s): 68 The soly. of LiD [13587-16-1] in liq. Li between the eutectic and monotectic temps. was measured using a direct sampling method. Solubilities ranged from 0.0154 at 199.degree. to 3.32 mol.% LiD at 498.degree.. The data were used in the derivation of an expression for the activity coeff. of LiD as a function of temp. and compn. and an equation relating deuteride soly. and temp., thus defining the liquidus curve. Similar equations were also derived for the LiH [7580-67-8] system with Li by using the existing soly. data. Extrapolation of the liquidus curves yielded the eutectic concns. (0.040 mol. % LiH and 0.035 mol. % LiD) and the freezing point depressions (0.23.degree. for Li-LiH and 0.20.degree. for Li-LiD) at the eutectic point. The results are compared with the literature data for H and D. The implications of the relatively high soly. of H isotopes in Li just above the m.p. are discussed with respect to the cold trapping of T in fusion reactor blankets.

Short pulse laser heated plasma experiments

Short pulse laser heated plasma experiments. Soures, J.; Goldman, L. M.; Lubin, M. (Coll. Eng. Appl. 12586-31-1 and 16416-34-5 are also occured in this study. Sci., Univ. Rochester, Rochester, N. Y., USA). Laser Interact. Relat. Plasma Phenom., 3B, 607-28 (English) 1974. CODEN: LIPPAR. DOCUMENT TYPE: Journal CA Section: 71 (Nuclear Technology) Section cross-reference(s): 73 The interaction between time-tailored, high-intensity, laser radiation and spherical light element targets was investigated. Simulataneous measurements of the laser plasma e temp., charged-particle distribution, absorbed energy, n yields and backscattered light intensity and spectra were made. For 100-ps wide laser pulses focused to intensities of 3 .times. 1015 and 2 .times. 1016 W/cm2 on 150-200 .mu.m diam. LiD [13587-16-1] and C36D74 [16416-34-5] targets, plasmas with e temps. .ltoreq.1.2 keV and target generated yields of .ltoreq.1 .times. 104 n are produced. The absorption can be accounted for by inverse bremsstrahlung, and no significant contributions due to parametric instabilities are obsd. No more than 10-1 of the incident laser energy is back reflected into spectral components at .omega.L, (3/2).omega.L, 2.omega.L. .