User:Julia.Syurik - Revision history

WikiSysop at 15:58, 24 October 2025

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WikiSysop at 16:10, 19 November 2016

2016-11-19T16:10:38Z

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	== Dr. Julia Syurik ==		== Dr. Julia Syurik ==

	[[~~Datei~~:Julia.Syurik.jpg \|rahmenlos\|links\|Text der Bild-Legende]]		[[file:Julia.Syurik.jpg \|rahmenlos\|links\|Text der Bild-Legende]]

	'''Group''': F&E1-BSS		'''Group''': F&E1-BSS

Franziska.Lambrecht at 15:25, 5 February 2014

2014-02-05T15:25:14Z

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	[[Datei:Julia.Syurik.jpg \|rahmenlos\|links\|Text der Bild-Legende]]		[[Datei:Julia.Syurik.jpg \|rahmenlos\|links\|Text der Bild-Legende]]

	'''Group''': F&~~E 6~~ - ~~Scanning Probe Technologies~~		'''Group''': F&E1-BSS

	'''Research topic''': Cold-atom AFM; electrical and adhesion properties of aligned and modified CNTs; conductive carbon-based polymeric composites		'''Research topic''': Cold-atom AFM; electrical and adhesion properties of aligned and modified CNTs; conductive carbon-based polymeric composites
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Jan.Meiser: F&E6

2013-06-14T11:55:34Z

F&E6

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Radwanul.Siddique at 08:35, 18 April 2013

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	== Julia Syurik ==		== Dr. Julia Syurik ==

	[[Datei:Julia.Syurik.jpg \|rahmenlos\|links\|Text der Bild-Legende]]		[[Datei:Julia.Syurik.jpg \|rahmenlos\|links\|Text der Bild-Legende]]

Radwanul.Siddique at 08:35, 18 April 2013

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	'''E-mail''': julia.syurik@kit.edu		'''E-mail''': julia.syurik@kit.edu

Radwanul.Siddique at 08:35, 18 April 2013

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	'''E-mail''': julia.syurik@kit.edu		'''E-mail''': julia.syurik@kit.edu



	== Job description ==		== Job description ==

Radwanul.Siddique at 08:34, 18 April 2013

2013-04-18T08:34:39Z

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	== Julia Syurik ==		== Julia Syurik ==

	[[Datei:Julia.Syurik \|rahmenlos\|links\|Text der Bild-Legende]]		[[Datei:Julia.Syurik.jpg \|rahmenlos\|links\|Text der Bild-Legende]]

	'''Group''': F&E 6 - Scanning Probe Technologies		'''Group''': F&E 6 - Scanning Probe Technologies

Radwanul.Siddique: Die Seite wurde neu angelegt: „== Julia Syurik == Text der Bild-Legende '''Group''': F&E 6 - Scanning Probe Technologies '''Research topic''': Cold-a…“

2013-04-18T08:32:53Z

Die Seite wurde neu angelegt: „== Julia Syurik == rahmenlos|links|Text der Bild-Legende '''Group''': F&E 6 - Scanning Probe Technologies '''Research topic''': Cold-a…“

New page

== Julia Syurik ==

[[Datei:Julia.Syurik |rahmenlos|links|Text der Bild-Legende]]

'''Group''': F&E 6 - Scanning Probe Technologies

'''Research topic''': Cold-atom AFM; electrical and adhesion properties of aligned and modified CNTs; conductive carbon-based polymeric composites

'''Room''': 212e

'''Telephone''': 22762

'''E-mail''': julia.syurik@kit.edu

== Job description ==

My main project is related to the new scanning probe microscopy technique, named "Cold Atom Scanning Probe Microscopy” (CA-SPM). It was recently developed at the University of Tübingen. This technique implicates the replacement of the conventional AFM tip with a gaseous ultra-cold atomic cloud. The ultra-soft probe tip is steered across the surface of interest by means of a chip-based magnetic conveyor belt. Highly precise information about the electromagnetic properties of the versatile nanostructures can be obtained by the sharply defined cloud shape and the quantum state within the cloud. The force resolution of this technique exceeds conventional AFM by several orders of magnitude, reaching the sub-yocto-newton (<10-24N) regime. The remaining fraction of atoms in the cloud (contact mode) or the changes in the centre-of-mass oscillation serve as detection signal.
Yet the approaches and equations of CA-SPM are different from the conventional SPM, therefore, they are not well known within the AFM-community. The goal of the project is to analyze the equations of CA-SPM and conventional SPM in order to combine these two approaches and achieve better understanding of atomic cloud-sample interaction, alongside with characterizing properties of nanostructures with high precision.

== Expertise ==
My expertise lies in the investigation of electro-physical and sensing properties of novel electronic devises with carbon nanostructures (CNT’s and graphene). I am experienced in design and fabrication of chemical and temperature sensors based nanocomposites with carbon nanostructures. Moreover, I am skilled in the employment of a number of characterisation techniques such as AFM, SEM and DC conductivity measurements. I am enthusiastic about this area of research and my plan for the future is to continue investigating the results of my dissertation research and provide further contribution in the field of reproducible nanopositioning of CNT’s for interconnections and nanotransistors.

== Devices ==
AFM, SEM and DC conductivity measurements

== Processes ==
Design and fabrication of chemical and temperature sensors based nanocomposites with carbon nanostructures;
preparation of samples for Transmitting Electron Microscopy by using dual-beam system (i.e. Nova Nanolab 200, 600);
Langmuir-Blodgett technique;
spin coating;

== Software ==
Statistical analysis of experimental data; •Excel; Mathcad;

== Materials ==
GNPs, CNTs, polystyrene, polypropylene, polyimide

== Further Tasks at IMT ==
Not yet, I am still new here ))

== Publications ==
*Patents:
** Syurik Yu.V., Konoplev B.G., Ageev O.A. Method of manufacturing of polymer nanocomposite with oriented array of carbon nanotubes. Patent of Russian Federation N 2417891, 2009 (in Russian).
** Syurik Yu.V., Konoplev B.G., Ageev O.A. Method of manufacturing of polymer nanocomposite with oriented array of carbon nanotubes with tuneable density. Patent of Russian Federation N 2011118647, 2011 (in Russian).
** Syurik Yu.V., Ageev O.A. Method of manufacturing of nanocomposite polymer/CNT’s on substrate. Patent of Russian Federation N 2400462, 2009 (in Russian).
** Syurik Yu.V., Konoplev B.G., Ageev O.A. Magnetic sensor. Patent of Russian Federation N 102813, 2010 (in Russian).
** Konoplev B.G., Ageev O.A., Syurik Yu.V. et al. Mask for X-ray lithography for LIGA-technology. Patent of Russian Federation N 88187, 2009 (in Russian).

*Peer reviewed publications:
** Syurik J., Ageev O.A., Cherednichenko D.I., Konoplev B.G. , Alexeev A. Non-linear conductivity dependence on temperature in graphene-based polymer nanocomposite. Submitted to Carbon, April 2013
** Syurik, Y. V., Ghislandi, M. G., Tkalya, E. E., Paterson, G., McGrouther, D., Ageev, O. A. and Loos, J. Graphene Network Organisation in Conductive Polymer Composites. Macromol. Chem. Phys.. 2012, V 213, N 12, P. 1251–1258
** A. Alekseev, D. Chen, E. E. Tkalya, M. G. Ghislandi, Yu.V. Syurik, O. Ageev, J. Loos, G. De With. Local organization of graphene network inside graphene/polymer composites. Advanced functional materials, 2012, V.22, N6, P.1311-1318.
** Syurik Yu.V, Smirnov V.A., Varzarev Yu.N., Ageev O.A. Study of electrical properties of graphene-based polymer nanocomposites. SFU-News. Technical science, N 4, 2011., Taganrog, Russia, P. 77-86 (in Russian).
** Аgeev О.А., Syurik Yu.V., Kolomiytcev А.S., Serbu N.I. Influence of concentration of carbon nanostructures on resistivity of polymer nanocomposite’ films. Journal of NANO and MICROSYSTEM TECHNIQUE,2010, N10, P. 2-6 (in Russian).
** Аgeev О.А., Syurik Yu.V., Fedotov A.A., Klimin V.S. Production of polymer nanocompounds with multifunctional modular nanotechnologycal platform NANOFAB NTK-9. SFU-News. Technical science, N 1, 2009., Taganrog, Russia, P. 135-142 (in Russian).

[[Category:Mitarbeiter - Employees]]
[[Category:FuE6]]