UV-LIGA Microfabrication for 1.1 THz Staggered Double-Grating Slow-Wave Structures. [PDF]
Jiang Q, Li X, Hui Y, Pan P, Feng J.
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Enhanced Urea Oxidation Reaction by Mn‐Doped Nickel Hydroxide From Wastewater
Mn incorporation modifies the hydroxide structure and modulates the electronic properties of the Ni centers, promoting the formation of catalytically active NiOOH species. Mn dopants induce a favorable electronic effect but do not directly participate in the UOR mechanism, enhancing the overall urea oxidation rate and resulting in increased hydrogen ...
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A thin robot made of flexible electronics for in-situ machining and inspection of large structures. [PDF]
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Prediction of the surface roughness of Ti-6Al-4 V alloy during surface grinding using machine learning models. [PDF]
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Moderate Processing of Rice: Processing Technology, Quality Evaluation, and Reflections Precision. [PDF]
Wang Z, Wang C, Zhang S, Ren H, Ren C.
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Weld Seam ROI Detection and Segmentation Method Based on Active-Passive Vision Fusion. [PDF]
Hu M, Hu X, Zhao J, Zhan H.
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Neuromuscular Responses of the Cranio-Cervico-Mandibular System During Professional "110th Targa Florio" Rally Competitions: An Electromyographic Study in Real-World Racing Conditions. [PDF]
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From Precision Machining to Hybrid Microfabrication: A Review on Quadrupole and Ion Trap Mass Analyzer Manufacturing. [PDF]
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Ultra-precision grinding is primarily used to generate high quality and functional parts usually made from hard and difficult to machine materials. The objective of ultra-precision grinding is to generate parts with high surface finish, high form accuracy and surface integrity for the electronic and optical industries as well as for astronomical ...
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