Oksana is a Research Fellow in the Ultrasonics Group. Her research interests cover ultrasonics, materials characterisation and soft matter. She is focusing on advancing recent developments in the area of electromagnetic acoustic transducers and laser ultrasonics for defect detection and characterisation and moving them from laboratory to industry, funded by ERC Proof of Concept grant to Dr Rachel Edwards.
She is also developing sensitive soft matter-based materials for ultrasound visualisation, supported by Pump-Priming grant from Materials GRP. She has recently won 2nd prize in Early Career Flash Talk Competition by RCNDE for her ulrasound visualisation work (June 2017).
Oksana is a module leader for Science of Music interdisciplinary module (2017/2018).
Her previous research in the Ultrasonics Group at Warwick was focusing on pushing the capabilities of current ultrasonic techniques and applying them to solid state physics problems such as magnetic phases in single crystals. Another area of her research was concerned with vibrational properties of single crystal Ge mebmranes. Oksana also worked on developing new type of ultrasonic sensors with low cost, large area and having high resolution, for applications in Energy Industry, such as monitoring safety-critical components and structures, reducing failures in high power electronics and making a step change in the speed and cost of inspection (funded by the Warwick University Energy GRP Research Award).
Prior to joining the Ultrasound group in 2011, Oksana worked on Graphene membrane characterisation using Raman spectroscopy. She also focused on UV Raman spectroscopy of amorphous and diamond-like carbons, Graphene and various nanomaterials and nanostructures as well as on optical Raman Tweezing while working with the Nanomaterials and Spectroscopy Group at Cambridge University.
She has a signifcant experience in soft matter, in particular in Liquid Crystals, and in Photonics. Over the period of over 8 years, as a PhD student and then Research Associate, she focused on the Photonics as well as on microwave and THz properties of Liquid Crystals and Liquid Crystal based nanocomposite materials, and their device applications within the Photonics and Sensors Group at Cambridge University.
Most significant publications
O. Trushkevych, T.J.R. Eriksson, S.N. Ramadas, S. Dixon and R.S. Edwards, “Acousto-optics with polymer dispersed liquid crystals for ultrasound sensing”, Applied Physics Letters 107, 054102 (2015)
O. Trushkevych, V.A. Shah, M. Myronov, J.E. Halpin, S.D. Rhead, M.J. Prest, D.R. Leadley and R.E. Edwards, “Laser-vibrometric ultrasonic characterization of resonant modes and quality factors of Ge membranes”, Science and Technology of Advanced Materials, 15, 2, 025004 (2014)
O. Trushkevych, Y. Fan, R. Perry and R.E. Edwards “Magnetic phase transitions in Gd64Sc36 measured using noncontact ultrasonics”, Journal of Physics D: Applied Physics, 46, 105005 (2013)
O. Trushkevych, P. Ackerman, W.A. Crossland, I.I. Smalyukh “Optically Generated Adaptive Localized Structures in Confined Chiral Liquid Crystals Doped with Fullerene”, Applied Physics Letters, 97, 20, 201906, (2010)
O. Trushkevych, F. Gölden, M. Pivnenko, H. Xu, N. Collings, W.A. Crossland, S. Müller and R. Jakoby “Dielectric anisotropy of nematic liquid crystals loaded with carbon nanotubes in a microwave range”, Electronics Letters, 46, 10,693 - 695 (2010) (highlight article)
O. Trushkevych, N. Collings, T. Hasan, V. Scardaci, A. C. Ferrari, T. D. Wilkinson, W. A. Crossland, W. I. Milne, J. Geng, B. F. G. Johnson, and S. Macaulay, “Characterisation of carbon nanotube - thermotropic nematic liquid crystal composite materials”, Journal of Physics D: Applied Physics, 41, 125106 (2008)
International patent application PCT/GB2007/001784, publication number WO 2007/132230 A1
(US no. 60/800,532)
Method of operating an OASLM and holographic display system
UK Patent Application COAP 2016037, PJP/80266GB1, application filed
Packaged and enhanced EMAT Ultrasonic NDT System