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The first journal issue since the transition is now live on NUCET’s new website and features a total of 12 research articles, covering topics including nuclear power plant operation, reactor physics.
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Superlattices are ideal model systems for the realization and understanding of coherent (wave-like) and incoherent (particle-like) phonon thermal transport. Single layer heterostructures of graphene.
Two-dimensional artificial spin-ice systems constructed from arrays of dipolar coupled monodomain magnets offer an experimental route to study the physics of frustration. potential-energy landscape.
Controlling thermal properties is central to many applications, such as thermoelectric energy conversion and the thermal management of integrated circuits. Progress has been made over the past decade.
Thermal expansion, defined as the temperature dependence of volume under constant pressure, is a common phenomenon in nature and originates from anharmonic lattice dynamics. However, it has been.
The thermal conductance of phonon waveguides in the ballistic, one-dimensional limit has recently been calculated using the Landauer formula 10,11,12. This approach, which bears a formal similarity to.
Controlling thermal transport has become relevant in recent years. Traditionally, this control has been achieved by tuning the scattering of phonons by including various types of scattering centres in.
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The gauge/gravity correspondence discovered two decades ago has had a profound influence on how the basic laws in physics should be formulated. In spite of the predictive power of holographic.
(Phys.org) —A team of engineering and physics researchers with members from the U.S., the. The researchers suggest the graphene coated PET could be used in thermal management applications or.
Monolayers of transition metal dichalcogenides with 1T′ structure therefore have the potential to be ferroelastic and shape memory materials with interesting domain physics. In this article, we focus.
Various quantum devices of different platforms have been built to tackle the problems in, say, quantum chemistry, condensed matter physics, and high-energy physics. Here, we report an experiment.
This contact will ultimately lead to a local thermal equilibrium between the object and the. Since 1978 he has been Professor of Theoretical Physics at the University of Stuttgart. He has been.
However, current understanding of exciton transformation mechanism does not extend far beyond a thermal equilibrium of two states with different multiplicity and it is a significant challenge to probe.
Figure 1: SnSe crystal structure Pnma and ZT values. Figure 4: Theoretically calculated phonon and Grüneisen dispersions, and measured lattice thermal conductivity. The obtained SnSe single crystals.
It’s a breakthrough that could lead to better communications systems, thermal imagers and other technologies. Published in Nature Materials, the study is a collaboration between the laboratories of.
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Thermal rectification is a fundamental phenomenon for active heat flow control. Significant thermal rectification is expected to exist in the asymmetric nanostructures, such as nanowires and thin.
The high temperatures are achieved by using thermal concentration and heat localization, which reduce the convective, conductive and radiative heat losses. This demonstration of a low-cost and.
CondMat (condensed matter physics): Structural, Mechanical and Thermal Properties, Electronic Structure and Electrical, Magnetic and Optical Properties Interdisc: Interdisciplinary Physics and Related.
Progress In Particle And Nuclear Physics Impact Factor Progress in Particle and Nuclear Physics. Country: United Kingdom – SIR. the journal aims to discuss new developments in the field at a level suitable for the general nuclear and particle physicist and also, in greater technical depth, to explore the most important advances in these areas. three and four years have been cited in
Understanding matter—a collection of many interacting constituents, such as atoms and electrons—is a major endeavor in physics. While most studies in this field have focused on matter that is in.
Subsequently, it roughens more rapidly, consistent with diffusion-limited growth physics. However, the onset of roughening is strongly delayed compared to expectations, suggesting the importance of.
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