Core Conductive Yarn Based Integral Knitted ESD Garments Part I. Metallic Core Conductive Yarns Investigation

Donciu, Codrin

doi:10.4028/www.scientific.net/amr.772.467

Cited by 7 publications

(4 citation statements)

References 12 publications

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“…If the fabrics containing core conductive fibres would have been analysed in terms of surface resistivity, they would have been found unsuitable for ESD application, since their resistivity is higher than the mentioned threshold. Thus, these fabrics are analysed in terms of the charge decay time: they are charged up to a certain level and the time needed for the charge to decrease to a lower level [16][17]. As expected, the resistivity and charge decay time are smaller for the fabrics that contain surface conductive fibres.…”

Section: Introductionmentioning

confidence: 72%

“…Over the time, researchers analysed different combinations of fibres and manufacturing techniques to be used for the ESD garments. Thus, were analysed the ESD properties of fabrics with cotton, polyester, polyamide or polypropylene fibres combined with different conductive fibres such as stainless steel, copper, surface conductive carbon fibres or core conductive carbon fibres [2,[11][12][13][14][15][16][17]. To assess their ESD properties, surface and volume resistivity, charge decay time or magnitude of discharge current were measured.…”

Section: Introductionmentioning

confidence: 99%

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ESD Garments with Bilayer Structure

Donciu

2013

AMR

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ESD garments on the market dont solve all the problems raised by accidental electrostatic discharges. To obtain an ESD garment with superior qualities, the present paper proposes the development of a bilayer structure using the integral knitting technique. The outer layer, which comes in contact with the working environment, is mainly dissipative (DL), which ensures the protection against short circuit and limitation of electrostatic energy transfer into the working environment, while the inner layer, which comes in contact with the human operator, is mainly conductive (CL), providing the controlled drainage of accumulated electrostatic charge.

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Section: Introductionmentioning

confidence: 72%

Section: Introductionmentioning

confidence: 99%

ESD Garments with Bilayer Structure

Donciu

2013

AMR

Self Cite

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“…To be wearable, a product must comply with most of the principles mentioned above, including comfort, availability, and aesthetics. 15 Wearability is a key factor for the success of a device, in terms of user satisfaction [HFCD14].…”

Section: Smartandsafe: the Project Planningmentioning

confidence: 99%

Research in Design for the health emergency

Sbordone¹,

Pizzicato²,

Pontillo³

et al. 2021

Convergences journal

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The Pandemic has forced change, raising questions about design models, business models, incentives and community education. The urgency of containment measures has redefined the role of health and highlighted the role of Design, which is involved in emergency situations, in designing the universe of protective devices, intervening with Human Centered Design approaches, proposing shared strategies that translate the knowledge and experience of the most advanced research into products. The case study collects the results obtained from the elaboration of the research project financed by the Campania Region, “Smart&Safe. Design for new personal protective equipment” submitted to the call for the acquisition of research and development services for the fight against Covid-19. The research constitutes a substantial study of the problems related to health emergencies and proposes an update in the redesign of Personal Protective Equipment (PPE), now in a plural Intelligent Individual Protection System (IIPS), which determine a relational system of integrated protection.

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“…The contact charge method uses a charge plate monitor in order to charge the material to a predetermined voltage. After this, the material is grounded and a field meter is used to analyze the charge decay [16][17][18].…”

Section: Introductionmentioning

confidence: 99%

Estimating ESD Properties of Fabrics Based on Correlation between Dielectric Losses and Charge Decay Time

Donciu

2013

AMR

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ESD garments are used to protect sensitive devices from electrostatic discharges that can occur from the normal clothing of the human operators. Over the years, researchers implemented different structures of fabrics that can be used in ESD garments and studied their ESD properties using different methods. The current paper presents the possibility to use the information obtained from dielectric spectroscopy in order to evaluate the fabrics electrostatic charge decay time and investigates the presence of a correlation between the losses factor tan (δ) and the electrostatic charge decay time.

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Core Conductive Yarn Based Integral Knitted ESD Garments Part I. Metallic Core Conductive Yarns Investigation

Cited by 7 publications

References 12 publications

ESD Garments with Bilayer Structure

ESD Garments with Bilayer Structure

Research in Design for the health emergency

Estimating ESD Properties of Fabrics Based on Correlation between Dielectric Losses and Charge Decay Time

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