Thermal mapping on male genital and skin tissues of laptop thermal sources and electromagnetic interaction

Safari, Mahdi; Mosleminiya, Navid; Abdolali, Ali

doi:10.1002/bem.22068

Cited by 3 publications

(1 citation statement)

References 27 publications

(50 reference statements)

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“…However, despite promoting the development of electronic information, the electromagnetic wave also brings certain negative effects, such as harm to human health [1][2][3] . When the electromagnetic wave reaches a certain intensity, it will kill human cells, thus affecting the human immune system, which causes human lesions, leading to cardiovascular and other diseases, as well as affecting the human visual system and nervous system [4][5][6] . The international agency for research on cancer (IARC) has published a monograph listing electromagnetic radiation of extremely low frequency as a suspected carcinogen.…”

Section: Introductionmentioning

confidence: 99%

Influence of the Content of Nickel Powders on the Electromagnetic Properties of SingleLayer Coated Polyester-Cotton Plain Weave Fabric

Liu

Xue

Wang

et al. 2022

Fibres &Amp; Textiles in Eastern Europe

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A coated composite was prepared on polyester-cotton plain weave fabric, using PU2540 polyurethane as the matrix. The influences of the content of nickel powders on the dielectric constant (the real and imaginary parts and loss tangent value), reflection loss and shielding effectiveness of single-layer coated composites were mainly investigated. The results showed that within the frequency range of 1–1000 MHz, the value of the real part of the dielectric constant of the coated composites was the largest, and the polarisation ability with regard to electromagnetic waves was the strongest when the content of nickel powders was 40%. Within the frequency range of 15–225 MHz, the value of the imaginary part of the dielectric constant of the coated composites was the largest and the loss ability with regard to electromagnetic waves was the strongest when the content of nickel powders was 40%. Within the frequency range of 250–800 MHz, the loss tangent value of the dielectric constant of coated composites was the largest, and the attenuation ability with regard to electromagnetic waves was the strongest when the content of nickel powders was 40%. Within the frequency range of 1220–3000 MHz, the reflection loss value was the smallest when the content of nickel powders was 40%, and its absorption ability with regard to electromagnetic waves was the strongest. Within the frequency range of 760–3000 MHz, the shielding effectiveness of the coated composite was the largest when the content of nickel powders was 40%.

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