... of natural molecule formation in living systems chirally pure substances, i.e. those consisting of strictly definitely twisted molecules, are obtained, whereas racemates, i.e., approximately equal mixtures of right and left twisted molecules, are always ...
... natur al molecule for mation in living systems chir ally pur e substances, i.e. those consisting of str ictly definitely twisted molecules, ar e obtained, wher eas r acemates, i.e., appr oximately equal mixtur es of r ight and left twisted molecules, ar e ...
... We would like to note that, in the case of thermodynamics of perfect gas, it turns out that, under a fixed energy, 1/ l = T, where T is proportional to the molecules' mean kinetic energy.) ...
... This surprising ineffectiveness of light to decohere wave functions was already noticed by Joos and Zeh in the connection with chiral eigenstates of molecules [29]. ...
... fluctuations" are different aspects of the same underlying phenomena -- namely the dynamics of some macroscopic system of atoms and/or molecules, but separated into very low frequency effects, -- the flow, and high frequency effects, -- the sound waves ...
... Similarly to Bohm's example [Bo-81, p.68] (of a Brownian motion of molecules), one can try to put the L-evolution into play (with a possible "chaotic" disturbance due to paradoxical F-properties). ...
... that the main obstacle for work with torsion pendulum are electrostatic fields, convective streams and radiometric action determined by the fact that gas molecules are reflected from a warm side with a higher speed than from a cold one (Landsberg 1976 ...
... that the main obstacle for work with torsion pendulum are electrostatic fields, convective streams and radiometric action determined by the fact that gas molecules are reflected from a warm side with a higher speed than from a cold one (Landsberg 1976 ...