Publications on the project |
098 Nanostructured coating based on anodic alumina for sensory application |
Authors: | I.D. Voytovych, T.S. Lebyedyeva, A.E. Rachkov, N.A. Skoryk, P.B. Shpylovyy | |
Summary: | | |
Keywords: | | |
Edition: | | | | 2014,
546-551,Russian |
098 MODELLING OF THE OPTICAL SENSORS WITH NANOSTRUCTERED COATINGS |
Authors: | M. Bednov, T. Lebyedyeva, P. Shpylovyy | |
Summary: | The program for calculation of the reflectivity curves for optical sensors with nanostructured сoatings was developed. The calculations and optimization of the multilayer biosensors were carried out. | |
Keywords: | optical sensors, nanostructures, modelling | |
Edition: | | | | 2014,
С. 23-32,Ukrainian |
098 Modeling and Data Processing for Thin-Film Optical Sensors |
Authors: | Lebyedyeva T., Frolov Yu., Kurlov S., Budnyk M., Minov Yu., Sutkovyi P., Shpylovyy P. | |
Summary: | The paper presents a results of the development of metal clad waveguide (MCWG) sensors on thin-film structures Al/Nb2O5 and a sensor unit of angular type “Plasmontest” which is intended to create, process, and study optical signal reflected from the interface of the medium and thin-film sensor substrate. The device can be used as surface plasmon resonance (SPR) and MCWG sensors. The data processing includes noise suppression, interpolation of data, calculation of the points of minimum on reflectivity curves and generation of their angular position from time (sensorogramm). Thin-film technology of MCWG Al/Nb2O5 developed by us is presented too. As a demonstration of the capabilities of “Plasmontest” and MCWG Al/Nb2O5 sensors the experimental date of refractometric measuring are presented. | |
Keywords: | optical sensor; modeling; thin-film structures; data processing | |
Edition: | Proc. of the 6-th IEEE Intern.Conf. IDAACS’2011 | | | 2011,
119-124,English |
The events in the framework of the project |
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098 Lebyedyeva Tetyana S.Candidates of sciences (PhD, engineering sciences) Senior Research Fellow +380445260128
098 5. Nanobiotechnology Purpose: Expected results:Release of new product: material Stage 1: Stage 2: Stage 3: Stage 4: Stage 5:
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