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Application of SHF energy in pharmaceutics and food industry
Application of SHF energy in pharmaceutics industry Yeremka V.D.., Yephimov B.P.., Mil'cho M.V.., Litvlnenko V.I.", Popova T.P." *Institute of Radiophysics and Electronics (IRE)of Ukrainian Academy of Sciences 12, Acad.Proskura st., Kharkov, 310085, Ukraine, Tel.: 07-7-0572-44-85-19, fax: 07-7-0572-44-11-05. State Scientific Center of Officinal Raw Materials (SSCORM) ** 33, Astronomicheskaya st.,
MM-range equipment for ceramic sintering based on O-type packetized oscillator
MM-range equipment for ceramic sintering based on O-type packetized oscillator B.A.Belyavsky, A.V.Galdetsky, M.I.Lopin Researchand Production Corporation "Istok" 141120, Fryazino Moscow region, Russia Phone7-095-465-8609, Fox7-095-465-8686 Abstract Laboratory unit for ceramics sintering by electromagnetic energy of MM-wavelength range is developed. The unit incorporates: O-type packetized oscill
A 8 GHz, high power, microwave system for the heating of thermonuclear plasmas
A 8 GHz, high power, microwave system for the heating of thermonuclear plasmas L. Baldi2, s. Digiovenale 1, T. Fortunato 1, G. Maffia2, F. Mirizzj1, M. Roccon1, M. Sassi1, A.A. Tuccillo 1 (11Associazione EURATOM-ENEA sullo Fusione, C.R.E. FrascatiP.O. Box 65 - 00044 Frascati, (Rome)ITALY FAX.: + 39694005734 TEL. + 39694005259; 12)ENEA, C.R.E. Brasimone - P.O. Box 1 - 40032 Camugnano (Bologna), ITA
Microstrip antenna array application for microwave heating
Microstrip antenna array application heating Ferenc Volgyi. -Technical University of Budapest, Dept. of Microwave H-1111 Budapest, Goidmann-ter 3, HUNGARY Tel/Fox: 361 181 2968 and 361 1869231 Telecomm. for microwave Abstract This paper describes the preliminary considerations, design and first experimental results of a 12-element rectangular microstrip antanna array (applicator) used for microw
Bidimensional scattering of TM and TE polarized waves by dielectric bodies using the CG-FFT method: Application to mobile communications systems
Bidimensional scattering of TM and TE polarized waves by dielectric bodies using the CG-FFTmethod: Application to mobile communications systems M. Vaquer, J.J. Mallorqui, A. Cardama, LI. Jofre Grup Antenes-Microones-Radar, Dept. Teoria del Senyal i Comunicacions. ETSETB, Universitot Politecnica de Catalunya. Box 30002, 08080 Barcelona, SPAIN. P.O. Abstract In the study of electromagnetic radiatio
Mechanisms of action of microwave radiation at molecular and cellular levels
Mechanisms of action of microwave molecular and cellular levels R. Badiello, A. Breccia and A.A. Dhalow Istituto di ScienzeChimiche,Universita BolognaVia San Donato di radiation at 15, 40127 Bologna(Italy)Tel.051-24.20.52 - Fax.05124.97.70 Abstract: Many mechanisms of the bioeffects of microwave field can be understood on a molecular level by examining the macroscopic electric properties of the
Balanced resistive MESFET mixer in uniplanar technology
Balanced resistive MESFET mixer in uniplanar technology Walter Gross ANT Nachrichtentechnik GmbH Space Communications Systems Gerberstr.337150 Backnang,Germany Abstract Design and performance of a balanced resistive MESFET mixer, suited for space telecommunication frequency converters in the 14/12GHz and 18/12GHz range are described. The mixer is realised in uniplanar MIC technology, where only
Optimal design of MESFET frequency multipliers
Optimal design of MESFET frequency multipliers J. Soares Augustoo,bO, M. Joao RosarioO, J. Caldinhas Vazo, and J. Costa Freireo aElectrical Engineering Dept., Instituto Superior Tecnico, Av. Rovisco Pais, 1096 Lisboa CODEX, Portugal. Phone +351-1-8473285; FAX+351- 1-847200 1 bINESC, Aportado 10105, 1017 Lisboa CODEX, Portugal *This work was partially supported by JNICT contracts PMCT/T /TIT /407/9
Self oscillating detection mechanism in FET active antennas
Self oscillating detection mechanism antennas S Sancheti, V F Fusco, J A C Stewart High Frequency Electronics Laboratory, Dept. of Electrical and Electronic Eng., The Queen's University of Belfast, Ashby Building, in FEY active Stranmillis Rood, Belfast,BT95AH, N.lreland, UnitedKingdom. Abstract An experimental and simulation procedure is used to validate theoretical closed form equation pred
New nonlinear analysis of onset of oscillations
New nonlinear analysis of onset of oscillations Michal Odyniec Hewlett-Packard Co., SRSD, Sants Rosa,CA 95403, USA,Tel 1707) 577-4911, Fax 17071577-5260, e-mail: michalo@st.hp.com Abstract This paper presents a novel approach to analysis of onset of oscillations in circuits wjth many nonlinear elements, It includes a simple design algorithm implemented in HP HFDS. The method is applied to a 900 M