In recent years, many efforts have been made to develop advanced metal oxide semiconductor nanomaterials with exotic magnetic properties for modern applications w.r.t traditional analogues. Dilute oxides (DMSOs) are promising candidates superior control over the charge and spin degrees of freedom. DMSOs transparent, wide band gap materials induced ferromagnetism in doping, a minor percentage 3d cation create long-range antiferromagnetic order. Although significant carried out achieve DMSO...

The study examines the relationship between political behaviors, e.g., ingratiation, structure change, cooptation, and threat, their outcomes such as interpersonal trust, alienation, feeling about job performance. A negative behaviors trust andfeelings performance, a positive alienation is hypothesized. Results largely support hypotheses. However, feelings performance marginal. Findings are discussed in light of available research.

This research has used the techniques of Natural Language Processing to explore how do sentiment analysis on social media by using three algorithms, G-LSTM, RMDEASD, and BERT. It tested models perform a different set domains like disaster management, corporate performance, consumer behavior for purpose classification. The study utilized more than 500,000 posts as dataset, with accuracy rates 88.4% 85.7% 91.2% Results reveal that BERT surpassed other in terms contextual understanding...

MicroRNAs (miRNAs) are small, non-coding molecules that act as essential post-transcriptional regulators in various biological processes. Many studies suggest miRNAs may modulate the host immune response during virus infections. We analyzed publicly available transcriptomics data involving infection with different RNA viruses and identified most prominent candidate, miR-203a-3p. This miRNA is upregulated H7N9, HCV, DENV2 Interestingly, pathway analysis of microRNA-targeted genes shows...

We analyse the locking phenomena arising when an external-cavity diode laser is subjected to optical injection from another uncontrolled laser. The system stability investigated as a function of coupled cavity time delay and strength. Different regimes, spanning 'in-phase locking' 'out-of-phase with ultimate amplitude death low-frequency fluctuations/pulsations, are described experimentally well numerically for weak moderate injection. Qualitative agreements between observed results...

In an attempt to identify novel magnetic refrigerant materials, we have studied the and magnetocaloric properties in RNi compounds with R = Gd, Ho Er. GdNi is a simple ferromagnet collinear structure contrast HoNi ErNi, which moments of rare earth sublattice are arranged non-collinearly. The ordering temperatures observed be 69 K, 36.5 K 10 K for GdNi, respectively. maximum values effect found 17 J kg−1 K−1, 15 J kg−1 K−1 29 J kg−1 K−1 Er, respectively, applied field 50 kOe. relative cooling...

A two step mild oxidation process instead of extensive graphite based on Hummers' method (H-GO) preserves the honeycomb graphene sheet structures in range 51 Å without reduction mGO.

Advanced Web technologies used in this era, created huge amount of data provided to the internet operators Social Networking sites such as Facebook, Google, Twitter are platforms where people share and exchange their views, thoughts, discuss various things. The proposed method focuses on investigation tweets that show few positive or negative instances also consider emotions for sentiment analysis. Emotion Recognition Detection from content documents is a neoteric area research firmly...

Abstract In topological insulators (TI) for surface electron transport, dissipationless states are required and activated by symmetry breaking usually reducing thickness of the film. Substrates play an important role in modulating properties modifying electronic mechanical properties. present work, we have studied n-GaN/p-Bi 2 Se 3 heterojunction analyzed Raman ultrafast transient absorption (TA) spectroscopy probed visible NIR regions. spectrum clearly shows electron-phonon interaction at...

The present study focused on the design of geothermal energy piles based cone penetration test (CPT) data, which was obtained from Perniö site in Finland. are heat-capacity systems that provide both a supply and structural support to civil engineering structures. In geotechnical engineering, it is necessary an efficient, reliable, precise method for calculating group capacity piles. this research, first aim determine most significant variables required calculate pile capacity, i.e., length...

Abstract The structure and versatile interfacial properties of heterostructures two-dimensional (2D) materials have drawn a lot attention. fundamental curiosity efficient possibilities encourage the fabrication 2D materials. offer variety key elements with distinct optical, electrical, optoelectronic characteristics. Recently, topological insulators became fascinating for future spintronics due to strongspin–orbit coupling dissipation-less counter-propagating conduction channels in surface...

We report a detailed magnetic, magnetocaloric, and magnetotransport study on ${R}_{2}{\text{Ni}}_{2}\text{Sn}$ compounds with different rare earths. The magnetic state of these is found to be complex because the coexistence ferromagnetic antiferromagnetic components. These show phenomena such as multiple transitions, nonsaturation magnetization, metamagnetic transitions. Analysis zero-field heat capacity data shows that entropy less than theoretical value, indicating presence some moment Ni....

Chemical disordering in Fe₃Al alloy induces magnetic clusters and the shows a complex phase diagram enhanced magnetocaloric effect.

Abstract ZnO nanorods (NRs) are nanomaterials with a wide range of applications (photocatalysis, optoelectronics, catalysis, etc). One peculiar property NRs is their piezoelectricity, which opens up wealth possibilities in the field pressure sensors. In fact, thanks also to recent availability low cost hydrothermal growth, it already possible fabricate flexible, large area, self‐powered, distributed sensors, high potential for use robotics and prosthetics as “electronic skins”. This review...

This work represented the synthesis of Ce doped SnO 2 nanoparticles by a wet chemical method and was characterized various characterization techniques. PXRD confirmed presence rutile phase for nanoparticles. SEM image elemental mapping showed agglomerated irregular shaped particles uniform distribution 5% ions within lattice, respectively. antimicrobial activity against E. coli prevented growth bacteria. The were found photocatalytic active behavior elucidated degradation Malachite Green dye...