Effect of Mg and RE on the Surface Properties of Hot Dipped Zn–23Al–0.3Si Coatings

Gao, Bo; Liu, Chang; Chenglong, Hu; Zhu, Guanglin; Yingwei, Zhou; Pengfei, Xing; Xu, Nanping

doi:10.1166/sam.2019.3501

Cited by 38 publications

(25 citation statements)

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“…e analysis of the data shows that the correct recognition rate of the flexible pressure sensor of nanofiber material is higher than that of the non-nanofiber sensor. e pressure sensor that is also a nanofiber material depends on the sensitivity of the nanofiber material [24,25]. rough this experiment, it can be known that the flexible pressure sensor of nanofiber material plays a very important role in human motion monitoring.…”

Section: Discussionmentioning

confidence: 95%

Fabrication of Nanofiber Flexible Pressure Sensor and Application in Human Motion Monitoring

Zhang

Song

et al. 2022

Advances in Materials Science and Engineering

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Nowadays, people are increasingly concerned about body mass index and monitoring human movement has become a necessity for most people, and the nanofiber flexible pressure sensor fully meets people’s needs, so the research on a nanofiber flexible pressure sensor is very meaningful. The purpose of this article is to study a sensor with high sensitivity of the nanofiber material of PVDF thin films. And this article conducts experiments through the prepared pressure sensor and other sensors, which test the three movements of humans taking off, squatting, and running. This article calculates the correct recognition rate, false-negative rate, and false-positive rate and then compares them. The experimental data show that the correct recognition rate of PVDF thin-film nanomaterials is as high as 90%, and the recognition rate of non-nanomaterial pressure sensors is even less than 80%. Nanomaterial pressure sensors will have more room for development.

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Section: Discussionmentioning

confidence: 95%

Fabrication of Nanofiber Flexible Pressure Sensor and Application in Human Motion Monitoring

Zhang

Song

et al. 2022

Advances in Materials Science and Engineering

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“…e particles are tightly combined, and there are no defects such as delamination and large pores. In the finegrained matrix, the existence of large-size, parallel, and uniformly arranged flake-shaped microcrystalline templates can be clearly observed, indicating that the template has good orientation, which can lay a solid foundation for obtaining high-quality alumina textured ceramics [20,21]. Although the general isostatic press is equipped with a pressure gauge or pressure sensor, it can only observe each pressure process and cannot collect continuous pressure change data and the highest pressure and pressure holding time of each pressure process.…”

Section: Alumina Ceramic Tube and Its Quality Information Processingmentioning

confidence: 99%

Development of Quality Information Management System for Alumina Ceramic Tube Manufacturing Process

Huang

2022

Advances in Materials Science and Engineering

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This paper is based on the alumina ceramic manufacturing process and its quality to build a quality information management system to study alumina ceramics and its quality factors such as physical properties, chemical properties, and other pieces of related information to find a kind of alumina ceramics. The management of quality management brings efficiency and guarantee to the management system. Obviously, this research is based on the two parts of alumina ceramic tube and quality management information system for data acquisition and analysis. One part is based on the production and performance analysis of alumina ceramic tube and summarizes the quality problems that occurred in this process. This paper constructs an information management system to count these issues and conducts research on information dominance and management; among them, exponential smoothing calculation methods, linear trends, convolutional neural algorithms, and so on are applied for methodological analysis. The experimental results show that the lack of corners and uneven corners in alumina production has been greatly reduced, and the maximum probability of uneven corners has been reduced from 9.27 to 5.27. The scrap rate of ceramic tube quality decreased from the highest value of 5.82 to 3.17, and the maximum value of unqualified quality was changed from 5.76 to 3.03.

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“…Therefore, the improvement of building materials will not only change the style of building design; it will promote the safety, applicability, and durability of engineering buildings. As an important branch of ecological environmental materials, according to its meaning, ecological building materials should refer to the coordination with the ecological environment in the process of material production, use, disposal, and recycling, to meet the minimum resource and energy consumption, minimum or no environmental pollution, and the best use performance; the highest recycling rate requires the design and production of building materials [25,26].…”

Section: Discussionmentioning

confidence: 99%

Nanocomposite Building Materials in Modern Architectural Design

Zhao

2022

Journal of Nanomaterials

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Architecture is the precipitation of history, not only the embodiment of technical level but also the inheritance of history and culture. Excellent architecture contains high historical value and emotional factors, and it continues to deepen over time. Nanotechnology is a new technology that was born in the late 1980s and is emerging. It mainly refers to the study of the laws of motion and interactions of electrons, atoms, and molecules in the composition system of matter in the range of 0.1 to 100 nm. Nanomaterials have special properties and structures, and the composite materials made of them have the effect of strengthening and toughening the polymer by virtue of their high-quality strength and toughness. Therefore, the aim of this text is to explore the application of nanocomposite building materials in modern architectural design and analyze the advantages and development trends of new building materials. The method in this paper is to use the method of experimental comparison to analyze the performance improvement effect of nanocomposite building materials on the current main building materials of concrete. By establishing a model to study the impact on the shrinkage and mechanical properties of cement-based materials, it can also improve the environmental performance and comprehensive evaluation of building materials. Corresponding conclusions are drawn through data comparison. When the amount of nanocomposite building materials is 1.5%, the chemical shrinkage value of the cement paste will increase by 58.2%, and the shrinkage strain will increase by 15.3%. When the fly ash content is 20%, the chemical shrinkage value of cement paste is reduced by 30.5%, and the shrinkage strain of concrete is reduced by 8.8%. Therefore, adding nanocomposite building materials to cement-based materials can promote cement hydration, optimize pore structure, and to a certain extent can make up for the shortcomings of mineral admixtures and achieve better improvement effects.

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Effect of Mg and RE on the Surface Properties of Hot Dipped Zn–23Al–0.3Si Coatings

Cited by 38 publications

References 0 publications

Fabrication of Nanofiber Flexible Pressure Sensor and Application in Human Motion Monitoring

Fabrication of Nanofiber Flexible Pressure Sensor and Application in Human Motion Monitoring

Development of Quality Information Management System for Alumina Ceramic Tube Manufacturing Process

Nanocomposite Building Materials in Modern Architectural Design

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