During the high-speed urbanization process, driverless technology has gradually become one of the mainstream development directions of new energy vehicles, while traffic road planning is one of the core points of driv...
详细信息
Since the rapid development of deep learning technology, traffic picture recognition technology has been significantly enhanced. In the process of recognizing complex traffic pictures, errors are likely to occur. Our ...
详细信息
In the last decade, digital technologies have led to an industrial transformation that has sparked research attention. The architecture, engineering, and construction (AEC) industry has widely used building informatio...
详细信息
In the last few years, many studies have been devoted to elucidating the mechanical properties of lattice structures produced by additive manufacturing (AM) techniques. Nevertheless, virtually none of the works dealt ...
详细信息
In the last few years, many studies have been devoted to elucidating the mechanical properties of lattice structures produced by additive manufacturing (AM) techniques. Nevertheless, virtually none of the works dealt with the cyclic elastoplastic response, which is instead the focus of the present study. An AISI 316L steel FBCCZ (face and body-centered cell with vertical struts along the z-axis) lattice structure, produced by the AM technique laser-powder bed fusion (L-PBF), was experimentally tested and modelled using the finite element method. The mechanical behavior of the L-PBF AISI 316L steel was described by a non-linear kinematic (Chaboche's model) and isotropic (Voce's model) hardening model. Numerical results and their comparison with experimental evidence suggested that the study of a single unit cell by exploiting the periodicity condition can be severely impaired by the numerousness of the cells involved. More faithful models, accounting for the sample's edges effects, and including the effective dimension of the fabricated features by AM, lead to a highly satisfactory match, thus confirming the applicability of the proposed approach.
The article presents approaches to entrepreneurship structure intellectual potential. It is suggested to implement microbusiness intellectual potential analysis based on fuzzy studies. To investigate intellectual micr...
详细信息
In the context of in-vitro neural interfaces for neurostimulation via extracellular calcium modulation, we in-vestigated by finite element numerical simulations the electrical cross-talk between a polymeric ionic actu...
In the context of in-vitro neural interfaces for neurostimulation via extracellular calcium modulation, we in-vestigated by finite element numerical simulations the electrical cross-talk between a polymeric ionic actuator for calcium release and a microelectrode for neural recording. Several device designs have been explored to mitigate the cross-talk. A separation wall between the ionic emitter and the sensing electrode has been found to remarkably improve the ratio between the sensed action potentials and the disturb induced by ionic actuation.
Convolution has become a largely exploited signal operation due to its several applications in digital signal processing. In the realm of audio elaboration, convolution has been used to impose a spectral and/or a temp...
详细信息
Transition metal-based bimetallic oxides can effectively activate peroxymonosulfate(PMS) for the degradation of organic contaminants, which may be attributed to the enhanced electron transfer efficiency between transi...
详细信息
Transition metal-based bimetallic oxides can effectively activate peroxymonosulfate(PMS) for the degradation of organic contaminants, which may be attributed to the enhanced electron transfer efficiency between transition metals. Here, we investigated the high-efficiency catalytic activation reaction of PMS on a well-defined bimetallic Fe-Mn nanocomposite(BFMN) catalyst. The surface topography and chemical information of BFMN were simultaneously mapped with nanoscale resolution. Rhodamine B(Rh B, as a model pollutant) was used to evaluate the oxidation activity of PMS activation system. The maximum absorption peak of Rh B obviously blue shifted from 554 nm to 501 nm, and decreased sharply to disappear completely within 60 min. The removal performance is better than most of the reported single transition metal oxide. X-ray photoelectron spectroscopy(XPS) imaging of the BFMN electronic structure after catalytic activation confirmed that the accelerated internal electron transfer is mainly caused by the synergy effect of Mn and Fe sites at the catalysis boundary. The outstanding ability of BFMN for PMS chemical adsorption and activation may attribute to the enhanced covalency and reactivity of Mn-O. These results of this study can advance understandings on the origins of bimetallic oxides activity for PMS activation and developing the efficient metal oxide catalysts in real practice.
The temporal transformation of the rural landscape of Cartoceto municipality over a period of 42 years has been analyzed in this study by using the QGIS software, Land use maps, aerial photos, photo interpretation, an...
The temporal transformation of the rural landscape of Cartoceto municipality over a period of 42 years has been analyzed in this study by using the QGIS software, Land use maps, aerial photos, photo interpretation, and standardization of land use classes nomenclature and topographic data were utilised. The study area is the municipality of Cartoceto (PU), lacated in the Marche region of Central Italy, and, it is recognized as a Geographical Indication (GI) called Cartoceto DOP, which is famous for producing extra virgin olive oil. The multidisciplinary analysis allowed for the identification of factors that have influenced the temporal evolution of the study area, with particular attention to olive cultivation. These insights contribute to the understanding of land use dynamics and olive landscapes, offering the opportunity to make informed decisions to ensure the sustainability and resilience of rural landscapes.
暂无评论