1. V.V.Meriakri et al., Submillimeter beam waveguide spectroscopy and its
applications, in book Problems of modern radio engineering and electronics, edd.
by V.A.Kotelnikov, Nauka Publishers, Moscow, 1985, pp. 179-197
2. Y.M.Poplavko, V. V .Meriakri, High-Permittivity microwave dielectrics,
Electromagnetic Waves and Electronic Systems (EMWES), 1997, vol.2, No 6, pp.
35-44
3. V.V.Meriakri, Spectroscopy of millimeter and submillimeter ranges, Moscow
University Physics Bulletin, (USA), 1992, vol. 47, No 3, pp. 81-88
4. V.V.Meriakri, I.P.Nikitin, Iris effects in quasi-optical measurernents of dielectrics,
in book Quasi-Optical Technology of MM and sublvlM Waves Ranges, 1989,
Kharkov, USSR, pp. 55-58, (in Russian)
5. A.A.Esoyan, V.V.Meriakri, B.A.Murmuzhev, A method of measuring the
parameters of dielectrics in a nonradiating melal-dielectric wavequide, 25513
Meas.Tech. (USA), 1994, v. 37, Nol, pp.5O-52
6. F.G.Bogdanov, G.Sh.Kevanishvili, V.V.Meriakri, I.P.Nikitin, luvestigation of the
resonance characteristics of array of dielectyric cylinders, 23014, Sov. J. Comm.
Technol. Electron. (USA), 1991, v.36, No 9, pp.78-8l
7. V . V . Meriakri, B . A. Munnuzhev, M .P . Parkhomenko, Millimeter wave dielectric
strip waveguides and components based on ferrites and semiconductors, Proc.
M10P95, Sindelfingen, Germany, 1995, pp. 211-214
8. B.Murmuzhev, V.Meriakri, Millimeter wave low-power electronic and
optoelectronic devices based on dielectric, fenite, and serniconductor waveguides,
Proc. SPIE, 1996, vol.2722, pp. 370-272
9. V.V.Meriakri, M.P.Parkhomenko, Millimeter wave dielectric strip waveguides
made of ferrites and phase shifters based on these waveguides, EMWES, 1996, v. 1,
No 1, pp. 89-96
10. V.V.Meriakri, 1.P.Nikitin, Frequency selective properties of modified dielectric
gratings, inter, Journ. of lnfrared and millimeter waves, 1996, v.17, No 10, pp.
1769-1772
11. V.V.Meriakri, 1.P.Nikitin, Frequency selective properties of composite meta!-
dielectric gratings for mierowave communication, Turkish Journ. of Physics, 1995,
v.19,No ll,pp. 1359-1363
12. V.V.Meriakri, 1.P.Nikitin, M.P.Parkhomenko et aL, Ferrite rod gratings at
millimetre waves, 20~ European Microwave Conference Proc., 1990, Budapest,
v. 2, pp. 1383-1386
13. V.V.Meriakri, 1.P.Nikitin, E.E.Chigrai, Monitoring the water content of media and
materials with millimeter waves, Radio and Comm. Technol. (USSR), 1996, v.1,
No 2, pp. 92-96
14. V.V.Meriakri, Low loss ceramic properties in the near millimeter wave range,
Electrocerarnic V Intern. Conf., 1996, Aveiro, Portugal, v. 2, pp. 107-109
15. V.V.Meriakri, E.E.Chigrai, Properties ofmaterials for practical use at the mm and
submm wavelengths, 1 ~ Intern. Conf on infrared and millimeter waves, 1993,
Colchester, UK, pp. 68-69
16. V.V.Meriakri, 1.P.Nikitin, Metal-dielectric grating aversatile frequency selective
screen, 42049, Asia-Pasific Microwave Conference Proc., 1996, New-Delhi, india,
pp. 17-20
17. V.V.Meriakri, Material Properties in the millimeter range, 3th Intern. Symposium
Physics and Engineering of millimeter and submillimeter waves, 1998, Kharkov,
Ukraine, v. 1, pp. 121-123
18. V.V.Meriakri, 1.P.Nikitin, M.P.Parkhomenko, Frequency characteristics of metal-
dielectric gratings, J. of Communic. Technol. and Electron., 1992, v.37, No 10, pp-
26-3 1
19. A.N.Kopnin, V. V.Meriakri, MM-band gas spectrometer and its applications,
23146, Bull. Russian Acaderny of Sciences Phys.,(USA) 1997,v.61, #12, pp. 1829-
183 1. Piscatway. NJ. USA. IEEE. 1998.v.1. pp.l2l-l32
20. V.V.Meriakri, 1.P.Nikitin, Method of creation standards of absc4~ption coefficients
in materials at the millimeter and submillimeter waves, EMWES, 1997, No 6,
pp. 69-70
21. V.V.Meriakri, B.A.Murmuzhev, M.P.Parkhomenko, Millimeter wave devices
based on dielectric, ferrite, and semiconductor waveguides, Proc. of 1997 Intern.
Microwave and Optoelectronics Conference,1997, v. 2, Natal, Brazil, pp 43 1-433
22. V.V.Meriakri, Education and research in microwave and millimeter waves in the
Institute of Radio Engineering and Electronics RAS and Moscow Institute of
Physics and Technology, see 21 ,v. 2, pp. 589
23. V. V . Meriakri, 1 .P .Nikitin, A matched frequency-selective grating, J . of Communic.
Technol. and Electron., 1996, v. 41, No. 9, pp. 755-758
24. V.V.Meriakri, I.P.Nikitin, E.E.Chigrai, Artificial dielectrics with dispersion and
their application at the millimeter waves, Russian (International) Conf.on Physics of
Dielecrtics,1993,v. 2, ,St.Petersburg, Russia, pp. 177-178
25. V.V.Meriakri, I.P.Nikitin, E.E.Chigrai, Water content measurement using
waveguide with longitudinal siot, Metrologia, 1994, No 3, pp. 37-41, (in Russian)
26. V.V.Meriakri, M.P.Parkhomenko, S.N.Dudorov, Millimeter wave dielectric stnp
waveguides made of ferrites, and devices based on these wavegiudes, 28th Moscow
intern. Conference on Antenna Theory and Technology,1998, Moscow, Russia,
pp. 493-495
27. R.P.Bystrov, A.N.Vystavkin, M.B.Golant,V.V.Meriakri, et al., Millimeter and
Submillimeter EM Waves, Zarubezhnaja radioelektronika-Successes in modern
radioelectronics (ZRISMR),1997, No 11, pp.3-3l (in Russian)
28. V. V .Meriakri, M .P .Parkhornenko, 5 .N.Dudorov, Investigation of dielectric
waveguides made of ferrites and silicon in MM waves region, (ZRISMR), 1999,
No 9, pp. 28-42 (in Russian)
29. V.V.Meriakri, M.P.Parkhomenko, Application of dielectric wavequide for water
control in alcohol, EMWES, 1999, v.5, Nol, pp. 38-39, (in Russian)
30. V.V.Meriakri, B.A.Murmuzhev, M.P.Parkhomenko, MM wave devices based on
dielectric, fenite and serniconductor wavequides, Proc. 3~ Intern. Confl on Antenna
Theory and Techniques, Sevastopol, Ukraine, Sept. 1999, pp. 520-521
31. E.E.Chigrai, V.V.Meriakri, MM wave characteristics of dass plastics for antenna
covers, see 30, pp.4.O3-4.O4.
32. V.V.Meriakri, H.C.C.Fernandes, Materials for app!ication in Mlvi and subMM
ranges, Proc. 1999 SBMIIEEE MTT-S Intern. Microwave and Optoelectronics
Conf., August 1999, Rio de Janeiro, Brasil
33. .I.Gaiduk, B.M.Liberman, V.N.Apletalin, V.V.Meriakri, A molecular mode! for the
superdebye absorbtion of raiation in water and agueous solution of nonelectr!yte,
92637. J. Comm. Technol. Electron. 1999, v.44, No 2, pp.22O-229
34. V.V.Meriakri, Millimeter wave aquarneter, 2000 Material Research Society Spring
Meeting, Symp AA.Paper AA2.6, April 2000, San Francisco, USA
35. V.V.Meriakri, Materials for application in MM and subMM randes, MIKOM-2000
Conf., Wrozlav, Poland, May 2000, pp. 141-144
36. V.V.Meriakri, 1.P.Nikitin, Frequency-selective properties of a two-layer dielectric
grating, J. Communic. Technol. and Electronics, 2000, v. 45, No. 9, pp. 98 1-983
37. V.V.Meriakri, M.P. Parkhornenko, MM wave phase shifters and switchers based
on fenite dielectric wavwquides, Proc. Antenn 00 Conf., Lund, Sweden, Sept. 2000,
pp. 215-217
38. V . B. Steinshleger, V . V .Meriakri et al. ,Reflecting and transmitting properties of
physical objects in MM region, Russian Academy Reports (Dok!ady), 2000, v.374,
No 4, 476-477 (in Russian)
39. Yu.M.Poplavko, V.V.Meriakri, Clamping effects on ferroelectric film at
microwaves, Proc. 9 Intern. Conf. Dielectrics-2000, Poster 9.2, St Petersburg, Sept.
2000.
40. V.V.Meriakri, E.E.Chigrai et al., MM wave method in the water content
determination in materials and media, Proc. MSMW 2001 Symp. V.2. Kharkov,
Ukraine, June 2001, pp.8l7-8l9
41. H.C.C.Fernandes, A.R.N.Earias, V.F.Kravchenko, V.V.Meriakri,
"TTL Method Applied to Microstrip Antenna", Telecommunication and Radio
Engineering, 2000, v. 54, No 5-6.
42. V.V.Meriakri, "Low-loss materials for application in millimete and submillimeter
wave range", in book "The Science and Technology of Millimetre Wave Components and Devices",
ed. By V.E. Lyubchenko, vol. 12 of "Electrocomponent Science Monographs" ed by Donald de
Cogan, 201, Taylor amd Francis, London and NY, pp.117-132.
43. A.S.Kulikov, P.K.Kishan, V.V.Meriakri et. al. "Dielectric Properties of Solid Solutions
on the base of BST and PZT in the Short-Wave Part of the Millimeter Range", EMWES, 2992,
Vol. 7, No. 2, pp. 60-63.
44. V.V.Meriakri, E.E.Chigrai, M.P. Parkhomenko, "Millimeter waves for water content
monitoring in materials and media", 11 Feuchtetag 2002, Vortrage, Weimar, Germany,
18/19 Sept. 2002, pp. 13-22.
45. V.V.Meriakri, E.E.Chigrai, M.P.Parkhomenko, "Moisture content monitoring in crude oil
using millimetre electromagnetic waves", Communications of the 2nd Instrumentation and
Measurement in Petroleum Applications Conference (IMPAC), Boumerdes, Algeria,
October 21- 22, 2002, 4 p, see www.mediafex.com.dz
46. V.V. Meriakri, M.P. Parkhomenko, E.E. Chigryai, "An Open Resonator with a Ferrite Grating",
EMWES, 2002, vol. 7, No. 9, pp. 60- 62 (in Russian).
47. V.V. Meriakri, "The State and Perspectives of Development of Submillimeter Wave
Transmission Lines and Devices Based on these Lines", ZRISMR, 2002, No. 12, pp.3-7
(in Russian).
48. E.E.Chigrai, V.V. Meriakri, "Millimeter wave characteristics of glass plastics for
antenna covers", Nordic Antenna Symposiym Proceedings, Kalmar, Sweden, 13-15 May 2003,
p 131-134.
49. H.C.C.Fernandes, J.D. Marselino, and V.V. Meriakri, "Double Layer Antenna Arrays with
Photonic Crystal", EMWES, 2003, vol. 8, No. 1. pp. 45-48 (in Russian)
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