The shielding effectiveness of building material – brick filled with mineral wool

Pavlík, Marek; Zbojovský, Ján; Kruzelak, Lukas; Ivancak, Michal

doi:10.1109/cando-epe.2018.8601158

Cited by 2 publications

(3 citation statements)

References 11 publications

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“…Con un espesor de muestra de 50 cm (TMV-50), la eficiencia de blindaje es de 0,5 a 31 dB ref. [6] siendo el relleno de lana mineral también un material de baja eficiencia sin embargo simple de emplear sobre todo en viviendas económicas de nuestra región.…”

Section: Discusionesunclassified

“…Los efectos de los campos electromagnéticos sobre el organismo vivo son tratados por la Organización Mundial de la Salud (OMS) y la Comisión Internacional de Protección contra Radiaciones No Ionizantes (ICNIRP), que determinó que los dispositivos eléctricos deben cumplir con ciertos límites para ser utilizados en la práctica sin riesgo para la salud humana. El cuerpo humano es un conjunto de células cuya sensibilidad a la radiación ionizante es diferente [6] (M. Pavlík, J. Zbojovský, L.…”

Section: Introductionunclassified

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Healthy homes reducing the entry of electromagnetic waves

Ochante Tineo,

Neyra Torres,

Campos Vasquez

2023

Proceedings of the 21th LACCEI International Multi-Conference for Engineering, Education and Technology (LACCEI 2023): “Leaders

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In recent years we have been involved in a controversy regarding electromagnetic waves such as the famous 5G waves, which for some brings benefits such as high speed data transfer for the Internet, however, recent studies in highly developed countries warn about the consequences that these could bring to human health. That is why the main objective sought with this research is to be able to reduce the passage of electromagnetic waves in homes and thus they can be clean of electromagnetic noise. Being a novel study in our region, we will announce our positive results and with this we could extend its application to our entire country and thus become an option for housing construction, improving people's quality and comfort of life. This application will not only bring benefits to human health but also protect our electrical devices from different failures, thus extending their useful life. To achieve our objective, we base ourselves on the principle of the Faraday Cage, which proves that on a surface closed with a metallic material, the electromagnetic field is null, so we apply this principle to a home, for this I use the construction of a model of a house to scale, to be able to carry out the respective tests, thus being able to quantify the reduction of electromagnetic waves. For this investigation I will use aluminum foil as the main material that will simulate aluminum sheets; thus covering my structural elements and walls, thus shielding the house. For the open surfaces such as doors we would use aluminum doors, and for the windows a glass against the protection of electromagnetic waves which can already be found in the market in countries like Spain, which have already taken a lot of interest in these issues. All materials preferably must be connected to a ground to avoid creating electric fields due to electrical installations. The results were very favorable for the tests of the shielding of structural elements with aluminum, therefore, we could put it into practice at the level of construction of a real house, which I will detail its construction process later.

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Section: Discusionesunclassified

Section: Introductionunclassified

Healthy homes reducing the entry of electromagnetic waves

Ochante Tineo,

Neyra Torres,

Campos Vasquez

2023

Proceedings of the 21th LACCEI International Multi-Conference for Engineering, Education and Technology (LACCEI 2023): “Leaders

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“…La lana mineral tiene una buena capacidad de protección incluso contra las ondas acústicas. Por tanto, es posible conseguir una combinación de ladrillo y material de lana mineral que pueda proteger parcialmente tanto las ondas electromagnéticas y en caso se desee también las ondas acústicas [8].…”

Section: Conclusiónunclassified

Analysis of Metallic Materials that Prevent the Passage of Electromagnetic Waves in Houses

Ochante Tineo,

Campos Vasquez,

Neyra Torres

et al. 2023

Proceedings of the 21th LACCEI International Multi-Conference for Engineering, Education and Technology (LACCEI 2023): “Leaders

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In this present article the article is carried out the systematic review in various databases and web portals such as: EBSCO, ProQuest, Science Direct, Scielo and Scopus. The bibliography is made up of 20 publications between 2010 -2021, organized according to: title, author, year, country, database, method, results, measurement instruments, discussions and conclusions, with their respective references. The results show the great importance and impact of the protection against electromagnetic waves with different materials that recently (2021) is being studied with greater interest by the great power countries. New technologies and properties such as the reflection and absorption of electromagnetic waves, in which within the absorption we find materials that waterproof the entry of electromagnetic waves in the construction, such as: the manufacture of polymeric compounds that makes the magnetic properties lose, compound thermoplastic polyurethane, carbonyl iron dispersant, carbon fibers, nano carbon fibers, etc. And in the property of reflection we find the implementation of metallic materials in which I center my work, such as, for example: metallic steel meshes, aluminum, metallic fabrics, conductive wires and fabrics, transparent wood as a solution to the passage of electromagnetic waves and contributions to the environment. It was concluded that the protection against electromagnetic waves is of great importance for our health and care, implementing materials such as metallic fabrics in the construction at the time of the tilework of homes, buildings, etc.

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The shielding effectiveness of building material – brick filled with mineral wool

Cited by 2 publications

References 11 publications

Healthy homes reducing the entry of electromagnetic waves

Healthy homes reducing the entry of electromagnetic waves

Analysis of Metallic Materials that Prevent the Passage of Electromagnetic Waves in Houses

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