THE TRANSITION BETWEEN THE CLOSE-PACKED PHASES OF 4He

This study reveals that for moderate Reynolds numbers, in a transition regime between fully laminar and turbulent conditions in a closed vessel, large particles experience trapping

A higher number of shorter than vdW distance close contacts was observed within the monoclinic phase as compared to that for the cubic phase, underlining the increased

This effect is evident for the normal cholesteric only very near the transition temperature, whereas in the material which forms the blue phase it is found

Past and present measurements concerning surface stiffness, step energy, or growth rate of crystals are shown to be. consistent with each

temperature and the attenuation at high acoustic intensity increases as the cube of the temperature and is frequency independent.. It was also shown from ultrasonic

- From the study of pyroelectric coefficient p* during constant-rate-temperature- increase (0,03-1,s OC.s-1) its thickness dependence was found (for the thickness

Results of experiments on the viscosity in li- the interpolation formula of Greywall and Alhers quid 4 ~ e near T1 at saturated vapour pressure (SVP) /12/.. have been

- The temperature dependence of the electric field gradient at transition impurities in normal close-packed hexagonal metals is shown to be consistent with an