Susanne
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doc#119 <formul> are the two radii of curvature. This formula is given by Rumscheidt and Mason
doc#119 71 poises in a paper by Mason and Bartok. This viscosity of the material in the drops
doc#119 value was <formul> from the above data. This appears to be high, as would be expected
doc#119 transferred to the surrounding heat sink. This means that work equals q which in turn
doc#119 ideal gas) could be reached by chance alone. This is known as conformational entropy. This
doc#119 This is known as conformational entropy. This conformational entropy is, in this case
doc#120 of the atoms in the unit cell. <formul>. This space group requires the hydrogen bond
doc#120 to lend us about 5 grams of his material. This material proved to be unsatisfactory, since
doc#120 and a large endothermic reaction at 470°C. This latter reaction is in accord with the reported
doc#120 obtained at 10 Mc <sol> sec by pulse methods. This measurement was obtained by W. Blumberg
doc#120 powdered, anhydrous alundum (<formul>). This sample was contained in a cylindrical container
doc#121 they do not give adequate soil removal. This is best demonstrated by practical washing
doc#121 under the name of van der Waal's forces. This is a theoretically complicated dipole interaction
doc#121 surfaces of other contiguous condensed phases. This is particularly true of highly charged
doc#121 the surface and go into the aqueous phase. This hypothesis is evolved in analogy to the
doc#122 off in a flask equipped with a break seal. This chlorine-carbon tetrachloride solution
doc#122 cooled reaction cells before sealing off. This method in general solved the problem of
doc#123 eccentric without changing the semi-major axis. This effect can give rise to a blanket of micrometeorites
doc#123 vary by at least four orders of magnitude. This large discrepancy demonstrates the inadequacies
doc#123 momentum of ejected material from the sensor. This "ejection" momentum is linearly related