Publications
1. V.V.Petrrov, A.A.Kryuchyn, A.S.Lapchuk [at al] Optical data storage: hystory, persent and future /Кiev: Naukova dumka, 2004. – 176 p.
2. V.V.Petrrov, A.A.Kryuchyn, A.S.Lapchuk [at al] Superdense optical data storage/ Kiev:NAS of Ukraine, 2009.– 282 p.
3. Lapchuk A., Yun S. K. , An S.D.[at al.] Creep compensation method in a thin film PZT structure for a spatial optical modulator // Sensors and Actuators A: Physical. – 2011. – V. 167, № 2. – P.406-415.
4. V. Yurlov, A. Lapchuk, S.K. Yun [та ін.] Speckle suppression in scanning laser displays: aberration and defocusing of the projection system / // Appl. Opt. – 2009. – V. 48, №1. – P. 80 – 90.
5. S. An, A. Lapchuk, V. Yurlov [at al.] Speckle suppression in laser display using several partially coherent beams // Opt. Express. –2009. – V. 17, №.1. – P. 92 –103.
6. V. Yurlov, A. Lapchuk, S. Yun, J. [at al.] Speckle suppression in scanning laser display //Appl. Opt. – 2008. – V. 47, №2. – P. 179 – 187.
7. A.S. Lapchuk, S.A.Shylo, I.P. Nevirkovets Local plasmon resonance at metal wedge/ // JOSA A. –2008. – V. 25, №7. – P. 1535 – 1540.
8. Lapchuk A.S., Kryuchin A.A. Near-field optical microscope working on TEM wave/ A.S. Lapchuk , A.A. // Ultramicroscopy. – 2004. –V. 99, N 2-3. – P. 143 – 157.
9. Lapchuk A.S. Estimation of optical efficiency of a near-field optical microscope on the basis of a simplified mathematical model// J. Opt. A: Pure Appl. Opt. – 2001. – Vol. 3, № 6, Nov. – P. 455 – 459.
10. Song J.-H. , Yun S.-K. , LapchukA.S. [at al.]Fine-pitch high-efficiency spatial optical modulator for mobile display applications////Journal of Micro/Nanolithography, MEMS, and MOEMS. – V. 9, № 1.– 2010. –P. 1 - 8.
11. Yurlov V. , Lapchuk A., Yun S. K. A study of image contrast restriction in displays using diffractive spatial light modulators/ // Display. – 2010. – V. 31, №1. – P. 15 – 24.
12. H. S. Yang, S. K. Yun , A. Lapchuk [at al.] SOM-based projection module for mobile displays// Journal of the Society for Information Display. – 2010. –V. 18, № 6. – p. 445 –453.
13. An S.D., Song J. H., LapchukA.S. [at al.] Line-defect calibration for line-scanning projection display // Opt. Express. –2009. –V. 17, № 19. – P. 16492 – 16504.
14. Lapchuk A. , Yun S.K., Yurlov V. [at al.] Numerical simulation of characteristics of near-field microstrip probe having pyramidal shape/ // JOSA A. – 2007. – V. 24, № 8. – P. 2407 – 2417.
15. Kravets V.G., Lapchuk A. S. Enhancement of magneto-optical effects in magnetic nanoparticles near gold-dielectric surfaces// Applied Optics –V. – 49, №26. – 2010. – P. 5013-5019.
16. Lapchuk A.S., Krychyn A.A. On one approach to modeling of optical parameters for multilayer optical disc// /Matematychni mashyny i systemy, 2011, N2, p.58-62.
17. Lapchuk A. Spatial optical modulator (SOM): Samsung’s light modulator for next-generation laser displays/ S.K. Yun, J.H. Song, A. Lapchuk [at al.] // Journal of the SID. –2007. – V. 15, №5. – P. 1 – 13
18. Lapchuk A. S.,Shin D. , Jeong H.-S. [at al.]Mode propagation in optical nanowaveguides with dielectric cores and surrounding metal layers//Appl. Opt. – 2005. – V. 44, №35. – P. 7522 – 7531.
19. Shylo S. A. , Lapchuk A. S. ,Song J. S. [at al.] Optical Parameters of Light Beam in Multilayer Nano-Structures//Journal of the Korean Physical Society. – 2005. – V. 47, August. – P. 18 – 23.
20. Lapchuk A.S., Petrov V.V., Kryuchin A.A. [at al.] Theoretical investigation of the influence of a diaphragm on the flat surface of a solid immersion lens on beam parameters/ // Opt. Eng. – 2001. – V. 40, №8. – P. 1471 – 1475.
21. Lapchuk A.S. Fine-pitch high-efficiency spatial optical modulator for mobile display applications/ J. H. Song., S.K. Yun, A.S. Lapchuk [at al.] // Proc. SPIE. – 2009. – V. 7208. – P. 319 – 329.
22. Lapchuk A. A novel diffractive micro-optical modulator for mobile display applications / S. K. Yun, J.H. Song, A. Lapchuk [at al.] // Proc. SPIE. –2008. – V. 6887. - P. 688702-1 – 688702-11.
23. Lapchuk A. Spatial Optical Modulator (SOM) : high density diffractive laser projection display / S.K. Yun, J.H. Song, A. Lapchuk [at al.] // Proc. SPIE. – 2007. –V. 6487. – P. 648710-1 – 648710-10.
24. Lapchuk A. S. The theoretical investigation of characters of SNOM probe operating on TEM wave/ A. S. Lapchuk // Proc. SPIE. – 2003. – V. 5069. – P. 319 – 329.
25. Lapchuk A. The theoretical investigation for improvement of scanning near-field optical microscope/A. Lapchuk, A. Kryuchin // Proc. SPIE. – 2002. – V. 4779. – P. 180 – 189.
26. Lapchuk A.S. Three-dimensional vector diffraction and analysis for optical disc / A.S.Lapchuk, A. A. Kryuchin, V.A. Klimenko // Proc. SPIE. – 1996. - V. 3055. - P. 37 – 42.
27. A.S.Lapchuk. Diffraction of Gaussian laser beam by three-dimensional grating of dielectric spheres / A. A. Kryuchin, V. A. Klimenko [at al.]// Proc. SPIE. – 1996. – Vol. 3055. – P. 160 – 169.
28. Lapchuk A.S. Numerical analysis of scattering characteristics of the laser beam from pits on optical carriers / A.S. Lapchuk, A.A.Kryuchin, V.A.Klimenko [at al.]// Proc. SPIE. – 1995. – V. 2514. – P. 274 – 284.
29. Lapchuk A. US patent 7522331, IPC G02B 26/00; G02B 26/08. Spatial optic modulating system with speckle reduction and method thereof / A. Lapchuk, S.D. An, V. Yurlov; – № 20080049297; filed 28.08.2006 ; publ.21.04.2009.
30. Lapchuk A. Korean patent 1008902860000, IPC G02B 26/00. Waveguide spatial optical modulator diffraction type// S.D. An, A. Lapchuk, V. Yurlov; – №1020060107880; filed 02. 11.2006; publ. 26. 03.2009.
31. Lapchuk A. Korean patent 1008923390000, IPC G02B 26/00. Displaying apparatus for correcting image distortion including meander type transparent glass/ Yurlov V., Lapchuk A., Song J.H.; – №1020070044454; заяв. 08.05.2007, publ. 01.04.2009.
32. Lapchuk A. Korean patent №1009015000000, IPC G02B 26/08. Optical modulator module for reducing laser speckle/ Yurlov V., Lapchuk A., Song J. H.; – №1020070049080 filed 21.05.2007; publ. 08. 06.2009.
33. Lapchuk A. Korean patent 1009067980000, IPC G02F 2/00 , G02F 2/02. Piezoelectric actuatating device and method for driving the same and optical modulating device using it/ An S..D., Lapchuk A.– № 1020070053749, filed 21.05.2007; опубл. 01. 07.2009.
34. Lapchuk A. Korean patent 1009068000000, IPC G02B 26/08. Apparatus and method for speckle suppression in display system using optical modulator/ Lapchuk A., Yurlov V., Yang H.S.; – № 1020070060837; filed 21. 06.2007; publ. 01.07.2009.
35. Lapchuk A. Korean patent 1009195370000, IPC G02B 26/10. Display apparatus of the diffractive optical modulator having multiple light source for reducing the speckle / Lapchuk A., Yurlov V., Yang H.S.; – № 1020070023103; filed 08.03.2007; publ. 22.09.2009.
36. Lapchuk A. Korean patent 1009067990000, IPC G02B 26/02. Driving method for piezoelectric element and optical modulatior and record medium recorded program for realizing the same/ An S.D, J. H. Song, Lapchuk A., – № 1020070053750, filed 01.06.2007; опубл. 01. 07.2009.
37. Lapchuk A. US patent № 7312445, IPC G 11 B 9/12. Pyramid-shaped near field probe using surface plasmon wave/ A. Lapchuk, H.S. Jeong, D. I. Shin; – №11105669; filed 13.04.05; publ. 25.12.2007.
38. Lapchuk A. US patent 7327665, IPC G 11 B 9/12. Optical fiber probe using an electrical potential difference and an optical recorder using the same / A. Lapchuk, Moon-Goo Choi; –№ 10/728307; filed 04.12.2003; publ. 05.02.2008.
39. Lapchuk A. US patent 7569973, IPC G02B 26/08, G02B026/08, H02N 2/06, H02N002/06, G02F 1/29, G02F001/29. Piezoelectric driving device and method thereof and optical modulating device using the same/ An S. D., Lapchuk A.; filed 4.12.2008. publ. 4.08.2009 .
40. Lapchuk A. US patent 7415172, IPC G02F 1/295 Diffractive waveguide-spatial optical modulator/ An S. D., Lapchuk A., Yurlov V. –№ 20070098318; – filed 2.11.2006; publ.19.08. 2008.
41. Lapchuk A. Korean patent 1008153400000, IPC G02B 27/00. Polygon reflective illumination apparatus with the uniformity / Yurlov V., Kim J., Lapchuk A. [та ін.]; – №1020050046255; filed 31.05.2005; publ. 19. 03.2008.
42. Lapchuk A. Korea patent 1008451550000, IPC H04N 5/74. Display apparatus/ Yurlov V., Yun S.K., Lapchuk A. [та ін.];– №1020070062007; filed 25.06.2007; publ. 09.07.2008.
43. Lapchuk A. Korean patent 1008631960000, IPC H01S 3/10. Line beam generator/ Yang H.S., Yurlov V., Lapchuk A. [та ін.]; – № 1020070064431; filed 28.06.2007; publ. 7. 10.2008.
44. Lapchuk A. Korean patent 1008613430000, IPC G02B 26/02, G02B 26/08, G02B 26/10. Spatial Optic Modulator and method thereof using Piezoelectric Material/ An S.D., Yurlov V., Lapchuk A., Jeong J.; – № 1020060081848; filed 28. 08.2006; publ. 01.10.2008.
45. Lapchuk A. Korean patent 1008198720000, IPC G02B 26/08 , G02B 26/00. Apparatus for calibrating optical modulator/ An S. D., Lapchuk A., Yun S.W.; – №1020060044234; заявл 17.05.2006; publ. 07.04.2008.
46. Lapchuk A. Korean patent 1008617850000, IPC G02B 26/00. Spatial Optic Modulating System with speckle reductionand method thereo/ An S. D. Yurlov V., Lapchuk A.; – № 1020060081853; filed 28.08.2006; publ. 08.10.2008.
47. Lapchuk A. Korean patent 1008558060000, IPC G02F 2/00 , G02F 2/02. Callibration apparatus of the reflective part in the diffractive optical modulator and method thereof/ Kim E.J., Lapchuk A., An S. D.; applicant and patentee Samsung Electro-Mechanics. – № 1020060082285; filed 29.08.2006; publ. 01.09.2008.
48. Lapchuk A. Korean patent 1005849870000 G11B 9/14, Near-field prove with pyramid type using surface plasmon wave/ Lapchuk A., Jeong H. S., Shin D. I.; – №1020040080876; заяв 11.10.2004; опуб. 05.29.2006.
49. Lapchuk A. Korean patent 1005252410000, IPC G11B 9/14 . Optical fiber probe using electric potential difference and optical recorder using the same/Lapchuk A.S., M.-G. Choi; – № 1020060082285; filed 10.11.2003; publ. 31. 10.2005.
50. Lapchuk A.S., Kryuchin A.A. Ukraine patent № 58634, IPC G 02 В 21/06. Near field probe for polarisation мmeasurements , № 2001117943; applied 21.11.2001; published. 15.08.2003.
51. Lapchuk A.S., Kryuchin A.A. Ukraine patent № 76835, IPC G 02 В 26/10. Near field probe ; № 2001106921; appl. 11.10.01; publ. 15.07.04.
52. Lapchuk A.S. Waves propagation in optical nanowaveguides/ A.S. Lapchuk, C.S. Kyong, H.S. Jeong// Proc. of the 8th International Conference on Near-field Nano Optics and Related Techniques (NFO-8). – September 2005, Seoul, Korea. – P. 82.
53. Lapchuk A.S. Near-field optical microprobe array of waveguide mode for the optical data storage application/ J. Oh, Y.-J. Kim, A.S. Lapchuk. [at al.] // Intern. Symp. on Optical Memory and Optical Data Storage (ISOM/ODS), 2005, Technical diguest. – May 10-14, 2003. – Vancouver, Canada:OSA. – P. WP21 – 22.
54. Lapchuk A.S The theoretical investigation of characters of SNOM probe operating on TEM wave/ A.S. Lapchuk // Technical Digest of Optical Data Storage Conference, Technical Diguest. – May 10-14, 2003. – Vancouver, Canada:OSA, 2003. – P. 137 – 139.
55. Lapchuk A.S. The microstrip probe with golden strips in infrared optical waveband for optical and magnetic data storage /A.S. Lapchuk, S.W. Baek, H.S. Jeong [at al.] // ISOM conference, Technical Digest.– November 4-7, 2003. – Nara, Japan: OSA . – P. 200 – 201.
56. Lapchuk A.S. Near-Field Optical Microprobe Array of Waveguide Mode for the Optical Data Storage Application./ J. Oh, Y. Kim, C. S. Kyong, K. Goto// Technical Digest of ISOM, 10-14 July, 2005, Honolulu, USA
57. Lapchuk A. Spatial Optical Modulator (SOM) : Samsung’s Light Modulator for the Next Generation Laser Display./ S.- K. Yun, J.H. Song, T.-W. Lee, I.-J. Yeo, Y. Choi, S. D. An, V. Yurlov // IMID/IDMC '06 Digest , Proc. 6th Int. Meet. Inf. Display, Aug. 8-10, 2006, San Francisco, CA, USA.
58. Lapchuk A. Spatial Optical Modulator (SOM) : Samsung’s Light Modulator for the Next Generation Laser Display/ S. K. Yun, J. H. Song, A. Lapchuk [at al.] // Proc. 6th Int. Meet. Inf. Display IMID/IDMC. – San Francisco, CA, USA, 2006. – P. 551 – 555.
59. Lapchuk A.S. Design and Image Processing of Novel Diffractive Optical Modulator for Embedded Mobile Display Applications / Yun S.K., Song J. H., Lapchuk A.S. [та ін.] // Digest of Conference on Lasers and Electro-Optics/Pacific Rim (CLEOPR) . – Seoul, Korea, 2007. – P. 1 – 2.
