Přehled o publikaci
	
		
		
		2014
			
	    
	
	
    A mathematical model of external electrostatic field of a special collector for electrospinning of nanofibers
ŠIMKO, Milan; Jiří ERHART and David LUKÁŠBasic information
Original name
A mathematical model of external electrostatic field of a special collector for electrospinning of nanofibers
	Authors
ŠIMKO, Milan (203 Czech Republic); Jiří ERHART (203 Czech Republic, guarantor, belonging to the institution) and David LUKÁŠ (203 Czech Republic)
			Edition
 Journal of Electrostatics, Nederland, Elsevier, 2014, 0304-3886
			Other information
Language
English
		Type of outcome
Article in a journal
		Field of Study
Solid-state physics and magnetism
		Country of publisher
Netherlands
		Confidentiality degree
is not subject to a state or trade secret
		RIV identification code
RIV/46747885:24510/14:#0001198
		Organization
Faculty of Science, Humanities and Education – Technical University of Liberec – Repository
			UT WoS
000334482600009
		Keywords (in Czech)
Kritická intenzita pole;Elektrospinning;Electrostatické pole;Matematické modelování;Nanovlákna;Speciální kolektor
		Keywords in English
Critical field strength;Electrospinning;Electrostatic field;Mathematical modeling;Nanofibers;Special collector
		Tags
International impact, Reviewed
		Links
GAP208/12/0105, research and development project. 
			
				
				Changed: 24/3/2015 15:03, Jiří Erhart
				
		Abstract
In the original language
This article focuses on the analysis of electrostatic field generated by a special collector consisting of two parallel cylindrical conductors used for electrospinning. Computed values of critical electrical potential obtained by an analytical model are compared with measurements. Here we show that the gap distance between the special collector and a spinning electrode, i.e., a syringe needle, has not substantial effect on the critical potential if the special collector distance from the syringe needle is higher than the gap distance between cylindrical conductors. The presented model is a good analytical approximation of electric field created by the used special collector.