Electric Cage Research Articles

Bilayer borophene synthesized on Ag(111) film: Physical mechanism and applications for optical sensor and thermoelectric devices

In this letter, we theoretically investigate the physical mechanism of bilayer (BL) borophene synthesized on Ag (111) film, stimulating by recent experimental report [Borophene synthesis beyond the single-atomic-layer limit. Nature Materials, 21, 35–40 (2022)]. Our results reveal that strong hybrid coupling interaction and interfacial charge transfer between BL borophene and Ag (111) film results in the interlayer covalent bond by the van der Waals interaction. Interlayer covalent chemical bond results in the two Dirac points in BL borophene, as electric cage, which can efficiently confine electrons. We propose the potential applications of BL borophene for optical sensor and thermoelectric devices, based on the physical properties of BL borophene.

Application of Data Mining in Construction of Corruption Risks Prevention System

There are various types of corruption risks in the processes of public powers operation. This paper aims at the occupational corruption risks emerging from the exercise of public powers. Combined with the research on the construction project of the system and the introduction of data mining, this paper will probe into the scientific and effective data mining algorithms. By doing so, an electric cage is weaved to curb the abuse of powers by screening and selecting the early warning signs, thus guard against occupational corruption risk problems at the source.

Aphrodisiac evaluation in non-copulator male rats after chronic administration of Eurycoma longifolia Jack.

The aphrodisiac effect of Eurycoma longifolia Jack (0.5 g/kg) was evaluated in noncopulator male rats using an electrical cage. Fractions of E. longifolia Jack decreased the hesitation time of noncopulator male rats, throughout the investigation period. Furthermore, it possessed a transient increase in the percentage of the male rats responding to the right choice, more than 50% of the male rats scored "right choice" after 3 weeks post-treatment and the effect became more prominent after 8 weeks post-treatment (only 40-50% of the control male rats responded to the right choice) using the electrical copulation cage. Hence, this study lends further support to the use of the plant by indigenous populations as a traditional medicine for its aphrodisiac property.

Teasing hamsters in electric cages?

Teasing hamsters in electric cages?