Application of Shielding Textiles for Increasing Safety Airborne Systems - Limitation of GSM Interference

Vojtěch, Lukáš; Neruda, Marek

doi:10.1109/icn.2010.35

Cited by 16 publications

(8 citation statements)

References 2 publications

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“…They can either be produced by metal inter woven fabric during manufacturing or by metal coated fabric [5] also called electro thread. These conductive textiles have wider application in various fields as they are used for shielding human body and some special equipment from external electromagnetic radiation, and also as pressure sensor or flexible heaters, which are made out of easily wearable conductive textile [6].…”

Section: Conductive Textile Materialsmentioning

confidence: 99%

RFID Textile Antenna and Its Development

Vojtěch¹,

Dahal²,

Mercan³

et al. 2013

Radio Frequency Identification From System to Applications

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Section: Conductive Textile Materialsmentioning

confidence: 99%

RFID Textile Antenna and Its Development

Vojtěch¹,

Dahal²,

Mercan³

et al. 2013

Radio Frequency Identification From System to Applications

Self Cite

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“…For measuring the shielding effectiveness (SE) different equipment/methods are used, such as anechoic chamber (3), waveguide and network analyzer (4) or shielding textile bags in which the radiating device is placed, before the difference to the radiation of the unshielded device is measured (5).…”

Section: Introductionmentioning

confidence: 99%

EMF Shielding Effectiveness of Knitted Fabrics of Metallized Threads

Grecka

Artamonovs

Blūms

et al. 2015

Materials Science. Textile and Clothing Technology

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-The aim of the study is to clarify the EMF shielding effectiveness (SE) of textiles with metallized yarns depending on their combinations and the position of samples with respect to the radiation source. For developing of the samples 3 types of metallized threads were used. Single and double jersey samples were made with manual flat knitting machines (gauges E7 and E10). To measure SE, two methods were used. The samples were placed between the radiation source and the detector and radiated with frequencies of 1.161 GHz and 870 MHz. The average result of SE is 92 % for all knitted fabrics produced in this study.

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“…if the desired electrical conductivity is obtained, such materials ensure protection against ESD (electrostatic discharge) [4]. Recent years have witnessed advances in increasing the electrical conductivity of materials while the application focus shifted to the implementation of flexible electrically conductive elements or electromagnetic shielding [5]. Considering the substantial surface area exhibited by textile materials due to their structure and the fibers used, it may be expedient to use these materials as electrode carriers with a maximum surface area, as is necessary for the manufacture of electrochemical cells -batteries.…”

Section: Introductionmentioning

confidence: 99%

Monometallic Textile Electrodes for “Green” Batteries

Vojtěch

Hájek

Neruda

et al. 2014

ElAEE

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Global trends in the development of modern electrical devices include also eco-friendly demands. One of the areas is seen in environmentally friendly batteries (electrochemical power sources) which do not contain poisonous and heavy metals. Modern structures based on coated textile materials are an alternative to the current allmetal electrodes. The use of environmentally friendly metals often entails the necessity to apply multiple layers of metals, which negatively affects the lifetime of the electrodes and battery cells. Accordingly, this paper focuses on the design and manufacture of monometallic textile electrodes for "green" batteries, i.e. the use of ecological technologies for eco-friendly electronics, especially the new-generation electrochemical power sources. The proposed technological processes were verified by realization of specimens and measurement in laboratory conditions with good results. Industrially applicable technologies were used for applying a thick monometallic deposit to create the specimens. This will allow future mass production and deployment in electrical engineering applications.

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Application of Shielding Textiles for Increasing Safety Airborne Systems - Limitation of GSM Interference

Cited by 16 publications

References 2 publications

RFID Textile Antenna and Its Development

RFID Textile Antenna and Its Development

EMF Shielding Effectiveness of Knitted Fabrics of Metallized Threads

Monometallic Textile Electrodes for “Green” Batteries

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