Molecular motion in liquid haloforms by I.R. and RamanA systematic investigation of dipole moment and tensor polarizability autocorrelation functions is undertaken for liquid CHCl3, CHBr3, CDCl3 and CDBr3. Application of Bratos'' theory to pure liquid haloforms is tested by a study of ...
The effects of encaging in ethane well below the critical point seem to influence the cross section only rather modestly. The scaling of the "encaging part" of the translational motion from liquid argon to ethane by use of the law of corresponding states is not successful. The rotational ...
solutions/ molecular motionband shapesOwing to complicated many-body interactions and lack of a static structure our knowledge of the liquid state is more limited than that of the gaseous and solid states. A better understanding of liquids may be achieved through the spectroscopic study of solutions...
Molecular motion in the lyotropic liquid crystal system containing potassium palmitate: A study of proton spin-lattice relaxation times Proton magnetic resonance of mixtures of 1 mol potassium palmitate/6.3 mol D 2O have yielded information about the phase transitions as well as the frequencies and ...
select article Possible mechanism of molecular motion in liquid water from dielectric spectroscopy data Research articleAbstract only Possible mechanism of molecular motion in liquid water from dielectric spectroscopy data A.A. Volkov, V.G. Artemov, A.A. Volkov, N.N. Sysoev Pages 564-568 Article...
Rechargeable aluminum-ion batteries (AIBs), using a room temperature ionic liquid as the electrolyte and metallic Al as the anode, are very promising alternatives for large-scale electricity storage due to abundant aluminum sources, thei... G Li,J Tu,M Wang,... - 《Journal of Materials Chem...
point difference separation principle. Instead, it relies on the difference in the mean free path of the molecules of different substances to achieve separation. Here, the free path of molecular motion (represented by λ) refers to the distance traveled by a molecule between two adjacent ...
Nuclear magnetic resonance (NMR) is used to study molecular motion in two fully aromatic oriented liquid-crystal (LC) polymers (the copolymer with the brand name Vectra and poly-paraphenylphenyleneterephthalate) at high temperatures up to 610 K. Above the temperature of the thermotropic transition,...
Therefore, when studying atom velocities and co-ordinates, the finite difference method is usually employed to derive equations of motion [54]. In recent years, such simulations have been used to study vapor-liquid phase changes at the atomic level. Yamamoto and Matsumoto investigated bubble ...
Molecular Motion in the Two Amorphous Phases of Triphenyl Phosphite Molecular reorientation in the two amorphous phases of triphenyl phosphite, namely the supercooled liquid (phase aI) and the newly discovered second amorphous phase (phase aII), was investigated by dielectric relaxation and by two-dime...