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Kwang-Hua C.R.,Distribution Center
Superlattices and Microstructures | Year: 2014

Critical dynamical transitional phases of electronic liquids driven by an initial electric field in a microscopic confined environment at low temperature regime could occur after we investigated by adopting the verified theory of absolute reactions. The critical temperatures related to the nearly frictionless transport of many condensed electrons might be directly relevant to the dynamical transition at low-temperature regime in amorphous materials, say (Bi2-xSrx)2CuO6, after selecting specific activation energies and activation volumes. We also address the normal-state high-temperature transport issue. © 2014 Elsevier Ltd. All rights reserved. Source


Chu R.K.-H.,Distribution Center
Journal of Molecular Liquids | Year: 2015

We adopted the verified absolute-reaction theory which originates from the quantum chemistry approach to calculate the temperature-dependent viscosity of flowing ice in the bulk. Our results match with previous reported value of flowing ice in the bulk. We finally predict the temperature-dependent viscosity of flowing ice in confined nanodomains. © 2015 Elsevier B.V. All rights reserved. Source


Chu Z.K.-H.,Distribution Center
Canadian Journal of Physics | Year: 2012

The almost frictionless transport of very high-temperature amorphous matter that resembles colored glass condensate (possibly having much of its origin in the RHIC heavy ion collisions) in a confined annular tube with transverse corrugations is investigated using the verified transition-rate model and boundary perturbation method. We found that for certain activation volume and energy there exist possible frictionless states that might be associated with perfect fluid formation during the early expansion stage in RHIC Au+Au collisions. We also address the possible similar scenario in LHC Pb+Pb collisions considering possible perfect fluid formation in ultra-high temperature transport of amorphous matter. © 2012 Published by NRC Research Press. Source


Kwang-Hua C.R.,Transfer Center | Kwang-Hua C.R.,Distribution Center
Journal of Molecular Liquids | Year: 2016

We illustrate the effect of activation volume on the Pb intercalation- or doping-induced dynamic phase transition or sudden jump to near-zero resistance state in iridium-tellurium system (like IrTe 2) as well as those in Ir xPb yTe 2 (x, y are bounded by positive integers) based compounds by using the verified microscopic (quantum) plasticity theory or transition-state approach as well as the boundary perturbation method. We firstly verify our transition-state approaches by comparing our preliminary calculations for the resistance which is proportional to (electrical) resistance with previous available measurements in similar chemicals. After the intensive computations and comparison with Pd 0.04IrTe 2 (Ir 0.96Pd 0.04Te 2) measurements we then predict the Pb intercalation- or doping-induced dynamic phase transition in iridium-tellurium system (like IrTe 2). © 2016 Elsevier B.V. All rights reserved. Source


Kwang-Hua C.Z.,Wu C S Institute | Kwang-Hua C.Z.,Distribution Center
European Physical Journal B | Year: 2010

It has been recently reported that there might be supersolidity of 4He around the temperature range: 1.3 K to 1.9 K [A. Eyal, O. Pelleg, L. Embon, E. Polturak, Phys. Rev. Lett. 105, 025301 (2010)]. By treating the solid 4He at very low temperature locally as an amorphous matter and using the transition-rate dependent model together with the specific activation energy and , we can observe a series of sudden change of the shearing stresses (which relate to the resistance) at corresponding onset temperatures of supersolid 4He considering the role of holes or defects. We found that the possible supersolidity of 4He might occur at the temperature 1.8 K after intensive calculations,. © 2010 EDP Sciences, SIF, Springer-Verlag Berlin Heidelberg. Source

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