Regularities of Influence of Electron-beam Technology Modes on the Performance Characteristics of Optical Elements
| Authors | I.V. Yatsenko1 , V.S. Antonyuk2 , V.A. Vashchenko1, O.V. Kyrychenko3, O.M. Tishchenko3 |
| Affiliations |
1Cherkasy State Technological University, 460, Shevchenka Blvd, 18030 Cherkasy, Ukraine 2National Technical University of Ukraine, 37, Peremohy Prosp., 03056 Kyiv, Ukraine 3Cherkasy Institute of Fire Safety named after Chornobyl Heroes of National University of Civil Protection of Ukraine, 8, Onoprienka St., 18034 Cherkasy, Ukraine |
| Е-mail | irina.yatsenko.79@ukr.net, victor.antoniuk@gmail.com |
| Issue | Volume 11, Year 2019, Number 2 |
| Dates | Received 09 January 2019; revised manuscript received 04 April 2019; published online 15 April 2019 |
| Citation | I.V. Yatsenko, V.S. Antonyuk, V.A. Vashchenko, et al., J. Nano- Electron. Phys. 11 No 2, 02014 (2019) |
| DOI | https://doi.org/10.21272/jnep.11(2).02014 |
| PACS Number(s) | 42.79. Bh |
| Keywords | Optical-electronic devices, Optical glass, Optical ceramics, Electron beam (3) , Performance characteristics. |
| Annotation |
Experimental researches and new regularities of influence of electron-beam processing modes on quantitative indexes of quality of surface layers of optical glass and ceramics elements are carried out: purity and smoothness of surface – the surface of optical glass elements is completely free of defects, at the same time, there is an increase of purity class, the reduction of microroughness to 0.4-1.3 nm; thickness of melted layer; structural change and chemical composition; squeezing tension and thickness of strengthened layers – in the optical ceramics elements there appear compression tensions up to 30-70 MPa in strengthened surface layers of 90-210 microns thick. Optimal modes of electron-beam technology are found (thermal impact density 7∙106-8∙108 W/m2 of electron beam, travel speed 5∙10 – 3-5∙10 – 2 m/s), which improve the performance characteristics of optical elements: increase of microhardness of the surface and increase of the strength of surface layers, as well as spectral transmission coefficient; increase of elements stability to external thermal and mechanical influences by their exploitation. Herein, there is a temperature increase of surface layers of elements and a rise in their thermal physical properties: volumetric heat capacity, thermal conductivity coefficient, thermal coefficient of linear expansion. The obtained experimental research results and developed on their basis methods of improvement of performance characteristics of optical elements found their practical use and introduction in a wide range of Ukrainian enterprises, which allowed to increase the accuracy and broaden measurement ranges of impulsive range finders for 7-15 %; to increase the probability of flawless performance of optical fairings of infrared guidance and observation devices and fiber-optic beam guides of laser medical devices while performing at 10-20 %. |
|
List of References |
Other articles from this number
1) Molecular Dynamics Modeling of Mechanical Properties of Nanocrystalline SiC [02001-1-02001-5]2) X-ray Investigation of SiC Nanostructure on Cu Films [02002-1-02002-4]
3) Effect of Au Dopant on the Structural and Optical Properties of ZnO Thin Films Prepared by CVD [02003-1-02003-4]
4) Performance Dependence of Organic Solar Cells as a Function of Active Layer Thickness, Luminous Intensity and Temperature of Thermal Annealing [02004-1-02004-5]
5) Initiation of the Explosive Crystallization Process in Amorphous Alloys of the Fe-Zr System by Pulse Laser Treatment [02005-1-02005-4]
6) Chalcopyrite Al(Ga, Mn)As2 and AlGa(As, P) Quaternary Semiconductor: A First-principle Study [02006-1-02006-5]
7) Electrical Properties of the Сu2O/Cd1 – xZnxTe Heterostructure [02007-1-02007-5]
8) Defect Pool Numerical Model in Amorphous Semiconductor Device Modeling Program [02008-1-02008-5]
9) Generation of Electromagnetic Oscillations of Submillimeter Range by GazIn1 – zAs Diodes Using Impact Ionization [02009-1-02009-5]
10) Effect of the Annealing Gas and RF Power Sputtering in the Electrical, Structural and Optical Properties of ITO Thin Films [02010-1-02010-7]
11) Channel Length Effect on Subthreshold Characteristics of Junctionless Trial Material Cylindrical Surrounding-Gate MOSFETs with High-k Gate Dielectrics [02011-1-02011-5]
12) Optical Properties of in-situ Chemically Synthesized PANI-TiO2 Nanocomposites [02012-1-02012-5]
13) Visualization of Signal Structure Showing Element Functioning in Complex Dynamic Systems – Cognitive Aspects [02013-1-002013-4]
14) DC, AC, and Transient Simulation Study of MEMS Cantilever [02015-1-02015-5]
15) Effect of Long-Range Passivation of Impurity Atoms by Surface Dangling Bonds on the Conductivity of Porous Silicon [02016-1-02016-8]
16) The Concentration Measurements of Tellurium Donor Impurity in Lamellar Bismuth Samples by the Time-of-Flight Mass Spectrometry Method [02017-1-02017-4]
17) Lattice Mechanical Properties of Alkaline Earth Metals Calcium and Strontium [02018-1-02018-7]
18) Spin-orbit Splitting of Valence Band in Silicon Whiskers under Strain [02019-1-02019-8]
19) Interrelation between Pyroelectricity and Residual Polarization in Thin Films of a Ferroelectric Polymer with Nanoscale Structure [02020-1-02020-5]
20) New Deconvolution Technique to Improve the Depth Resolution in Secondary Ion Mass Spectrometry [02021-1-02021-5]
21) Relativistic Correction of the Field Emission Current in the Fowler-Nordheim Formalism [02022-1-02022-6]
22) Calculation of Electron Mobility for the Strained Germanium Nanofilm [02023-1-02023-6]
23) A DFT Study of Hydrogen Adsorption on h-BN: Boron Doping Effects [02024-1-02024-5]
24) The Simultaneous Impacts of the p nc-SiOx:H Window Layer Band Gap and the Back Reflection on the Performances of a-Si:H Based Solar Cells [02025-1-02025-5]
25) Crystalline Structure and Physical Properties of High-Entropy Film Alloys [02026-1-02026-6]
26) Structure and Physicomechanical Properties of Superhard Multicomponent Multilayer (TiAlСrY/Zr)/(TiAlСrYN/ZrN) Coatings with Double Modulation Period of the Structure [02027-1-02027-6]
27) Excitonic Properties of Perylene Diimide Based Dyes [02028-1-02028-3]
28) Formation and UV-Vis Studies of Lead Sulfide Nanoparticles [02029-1-02029-4]
29) Role of TCO Films in Improving the Efficiency of CdS/MoS2 Heterojunction Solar Cells [02030-1-02030-4]
30) Physical Features of Double Sided Diffusion of Lithium into Silicon for Large Size Detectors [02031-1-02031-4]
31) Interface Interaction as a Factor of Dielectric Properties of Epoxy-based Composites with Graphite Nanoplatelets [02032-1-02032-5]
32) Modelling of Vibration Sensor Based on Bimorph Structure [02033-1-02033-8]
