Anomalous butterfly-shaped magnetoresistance loops in
As a result, there are many fascinating findings in the isothermal magnetoresistance (MR) data including evidence for magnetic phase co
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As a result, there are many fascinating findings in the isothermal magnetoresistance (MR) data including evidence for magnetic phase co
Radiative cooling is a zero-energy-consumption cooling technology that shows great potential for outdoor human thermal management. To keep human skin comfortable in hot days, we herein
Furthermore, our thermal computations show that butterfly wings in their respective habitats can maintain a moderate temperature range through a balance of solar absorption and
Here, we demonstrate an optically selective catalyst based Ti3C2Tx Janus design, that enables minimized thermal emission, maximized solar absorption and good catalytic activity
The impact of using kite-shaped anisotropic metal foam layer (AMFL) on melting heat transfer of a channel shape latent heat thermal energy storage (LHTES) unit was investigated to
A process for improving attenuation of a butterfly-shaped optical cable comprises the following steps: the upper part and the lower part of the central outlet position of the optical fiber mold core are
The provided pieces of data can be useful for the design of butterfly-shaped inserts operating in turbulent flows, as well as for the conceptualization of novel heat transfer augmentation approaches
However, most thermal management materials are static and single-functional, failing to meet the practical requirements of dynamic cooling and heating. Here, inspired by the switchable
In this study, the dynamic and thermal behaviour of sandwich plates with butterfly-shaped auxetic cores has been extensively investigated under the influence of various geometrical, thermal
In thermal conductive EMI shields, segregated conductive network provides isotropic thermal conductivity, but suffers poor mechanical properties. Despite multi-layered and monolithic
The thermal efficiency and melting behavior of partly AMF designs, with systematic variations in placement, covering, and orientation, are
Fusion splicing is a popular method of connecting butterfly-shaped optical fiber cables. It involves welding two fiber cables together using heat. The
The aim of the present work is to achieve a morphological optimization of a butterfly insert through an adjoint approach to maximize heat transfer over
The optical properties of microstructures on butterfly wings are well studied in the visible spectrum, providing an under-standing of the origins of structural coloration.
The invention relates to the technical field of presses, in particular to a process for improving the attenuation of a butterfly-shaped optical cable, and further provides a tooling die...
The solidification and melting dynamics of PCMs are significantly influenced by the configuration, shape, and arrangement of these fins. Among innovative designs, undulated
Based on the butterfly pattern structure and the star-shaped honeycomb structure, a novel auxetic butterfly-shaped honeycomb structure (BSH) was constructed, which realized the
The effect of the melting morphology on the attenuation computed by the Mie theory is discussed. To obtain the rate of melting of snowflakes, a melting model is given.
Such a large butterfly-shaped MR indicates the enhancement of magnetic fluctuations in the Q-thinner device at a temperature where the Fe (1)
This manuscript discusses detecting breast cancers for early intervention and increasing the chances of saving the patient''s existence using a compact
Beyond supercontinuum generation and dispersion compensation in communications networks, microstructured optical fibers enable unprecedented
This work concerns the development of a leaf-shaped longitudinal fin for the melting performance enhancement in a shell and tube thermal energy storag
While surface microstructures of butterfly wings have been extensively studied for their structural coloration or optical proper-ties within the visible spectrum, their properties in infrared wavelengths
In fact, modern butterfly optic cables are designed to withstand a certain degree of bending without significant attenuation of the signal. For instance, some cables can be bent to a
This chapter provides an insight into the different aspects of heat transfer in aerogels and their thermal properties. In this context, the principle heat transfer mechanisms are discussed and
Micro-vibration mitigation is critical for spacecraft conducting precision-oriented space missions. In this paper, a novel Stewart platform
During the drilling process, the thermal head of the melting probe is heated to melt the ice downward. The probe descends under gravity, with the cable being released from the spool
PDF | On Oct 6, 2019, Haoran Li and others published Melting layer attenuation at Ka-and W-bands as derived from multi-frequency radar Doppler spectra
The thermal efficiency and melting behavior of partly AMF designs, with systematic variations in placement, covering, and orientation, are computationally modeled and studied to