Issue of Journal № 2, 1 part [22], 2010

List of articles

Nanoelectronics microwave. Analysis, synthesis and design of devices

The topology synthesis of forming pulse devices with the given spectral characteristics based on the irregular relief coupled microstrip lines Ilin A. A., Malyutin N. D., Misyunas A. O., Loschilov A. G.	7–19
Ka-band coplanar MMIC amplifiers based on 0.13 m GaAs mHEMT process Babak L. I., Fedorov Yu. V., Cherkashin M. V., Sheerman F. I., Bugaev A. S., Gnatyuk D. L., Kokolov A. A., Dobush I. M., Dmitrienko K. S., Salnikov A. S., Yachmenev A. E.	20–24
Designing of Ka-band single-stage MMIC amplifier with use of CAD synthesis software tools Cherkashin M. V., Kokolov A. A., Dobush I. M., Babak L. I.	25–29
Computer-aided design of Ka-band two-stage coplanar MMIC amplifier Cherkashin M. V., Kokolov A. A., Dobush I. M., Babak L. I.	30–33
Design of 30-37.5 GHz MMIC low noise amplifier based on GaAs pHEMT heterostructures Cherkashin M. V., Dobush I. M., Babak L. I., Fedorov Yu. V., Gnatyuk D. L.	34–37
Investigation of MMIC Coplanar Elements Dobush I. M., Kokolov A. A., Babak L. I.	38–41
Design of X-band MMIC limiter Dobush I. M.	42–43
Review of designing principles and circuitry of MMIC limiters Dobush I. M.	44–48
Ka-band MMIC low noise amplifiers on GaAs pHEMT heterostructures Gnatyuk D. L., Fedorov Yu. V., Galiev G. B., Galiev R. R., Scherbakova M. Yu.	49–55
The electromagnetic response of composite material made on the basis of multi-walled carbon nanotubes Suslyaev V. I., Kuznetsov V. L., Mazov I. N., Zhuravlev V. A., Kuleshov G. E.	56–58
Microwave Pseudomorphic High Electron Mobility Transistor Yuschenko A. Yu., Ayzenshtat G. I., Bozhkov V. G., Babak L. I., Dobush I. M., Salnikov A. S.	59–61
The basic devices development for microwave modules Yuschenko A. Yu., Ayzenshtat G. I., Bozhkov V. G., Monastyrev E. A.	62–66
1–6 GHz low noise amplifier Litvinenko E. S.	67–69
Dual Criteria Structural Optimization of Multi-stage Modal Filter Melkozerov A. O., Samotin I. E., Ashirbakiev R. I., Eremin I. V.	70–72
Microwaves characteristics of composite materials made on the basis of hexaferrite nanopowders Suslyaev V. I., Dotsenko O. A., Babinovich A. N., Krotov S. I., Leuhina A. E.	73–75
General approaches to optimal designing of microwave integrated circuits: The state of the art Sychyov A. N.	76–80
Optimal synthesis of microwave integrated circuits based on surrogate modeling: The state of the art Sychyov A. N., Shestakov V. A.	81–85
Development of power field effect transistors with submicron T-shape Schottky gate obtained by optical lithography technique Arykov V. S., Gavrilova A. M.	86–88
INDESYS-MB software tool for model building of microwave monolithic integrated circuits ele- ments based on multidimensional polynomials Abramov A. O., Babak L. I., Dobush I. M., Dorofeev S. Yu., Peskov M. A., Samuilov A. A.	89–92
Development of INDESYS - intelligent software system for computer-aided design of microwave circuits Babak L. I., Dorofeev S. Yu., Peskov M. A., Sheerman F. I., Cherkashin M. V., Abramov A. O., Samuilov A. A.	93–96
Design of Ka-band coplanar MMIC amplifier with power combining Kokolov A. A., Babak L. I.	101–104
Development of a set of X-band MMIC low-noise amplifiers based on 0.15 m GaAs pHEMT tech- nology Mokerov V. G., Babak L. I., Fedorov Yu. V., Cherkashin M. V., Sheerman F. I., Bugaev A. S., Kuznetsov A. L., Gnatyuk D. L.	105–117
Review of mathematical models of microwave high electron mobility transistors Kokolov A. A., Sheerman F. I., Babak L. I.	118–123

Measurement of parameters and characteristics of microwave devices and materials

Characterization of high power microwave transistors Teyssier J.	127–136
Reconstruction of nonlinear model of GaAs pHEMT transistor Barov A. A., Bidnenko Yu. N., Kondratenko A. V.	137–139
Automation of on-wafer measurements of S-parameters and current-voltage curves with Indesys-MS software environment Salnikov A. S., Dobush I. M., Koshevoy S. E., Sheerman F. I.	140–144
Review of test structures intended for measurement of electrophysical parameters of materials in MMIC technology Salnikov A. S., Yuschenko A. Yu.	145–148
Extraction technique of nonlinear EEHEMT model for heterostructure microwave field-effect transistors Kokolov A. A., Babak L. I.	149–152
A technique for extraction of HEMT small signal model Kokolov A. A., Babak L. I.	153–156
Microwave Office PDK development for designing MMICs based on domestic HEMT technology Salnikov A. S., Kokolov A. A., Sheerman F. I.	157–160
Experimental installation for analysis of nonlinear characteristics of microwave circuits in UWB pulse impact mode Loschilov A. G., Semyonov E. V., Malyutin N. D.	161–165
The development of UWB pulse signals processing devices intended for investigations of the nonlinear properties of objects by non-linear reflectometry method Loschilov A. G., Semenov E. V., Malyutin N. D., Misyunas A. O., Ilin A. A.	166–170
Nonlinearity modeling of the baseband signal transformation by semiconductor diode Semyonov E. V., Bibikov T. H., Malyutin N. D., Pavlov A. P.	171–174
Estimation of effective magnetic permeability of composite radio materials having nanosize particles of the active phase Suslyaev V. I., Korovin E. Yu.	175–177
Microwave probes for measuring the characteristics of planar elements of integrated circuits Ladur A. A.	178–179

Microwave technology nanoelectronics

Design of non-precious metals GaAs pHEMT with submicron length T-shape gate Erofeev E. V., Kagadey V. A., Ishutkin S. V., Nosaeva K. S., Anischenko E. V., Arykov V. S.	183–186
Sensor gaseous hydrocarbon-based porous film SiO 2 +C nanometer thickness Usov S. P., Troyan P. E., Saharov Yu. V.	187–190
In 0,52 Al 0,48 As/In 0,53 Ga 0,47 As/In 0,52 Al 0,48 As/InP HEMT with Maximum Frequency of Oscillation up to 323 GHz Fedorov Yu. V., Scherbakova M. Yu., Gnatyuk D. L., Yaremenko N. G., Strahov V. A.	191–197
Protective composite screens made on the basis of hexaferrite nanopowders for decreasing the negative effect of high-frequency radiation Kuleshov G. E., Suslyaev V. I.	198–200
An investigation of heterostructures based on large-gap material layers Kazimirov A. I., Saharov Yu. V., Troyan P. E.	201–203
Surface nano-texturing of aluminum oxide ceramics with the use of laser and electron beams Savruk E. V.	204–206
An influence analysis of technological process of the multilayered integrated circuits manufacturing with the use of low burning temperature ceramics on the stress-strain state simulation results of the onboard electronic equipment modules. Review Ponomarev S. V., Suntsov S. B.	207–209

Electronics, measurement technology, radio engineering and communications

The method of the spacecraft antenna system directivity pattern approximation by the terrestrial adjusting system signals Voroshilin E. P., Mironov M. V.	213–219
The efficiency comparison of radio bearing estimation methods over rough terrain by using low directivity antennas Mescheryakov A. A., Krutikov M. V., Kuprits V. Yu.	220–224
Estimation of suppression effect of the parasitic radiation of broadband spiral antenna by changing its arm width Kuprits V. Yu., Mescheryakov A. A., Krutikov M. V.	225–228
Numerical simulation of stress-strain states of a low temperature jointly-burning ceramics module caused by thermal modes of onboard electronic equipment. Part 1. The problem statement. Preparations for the simulation Alekseev V. P., Karaban V. M., Ponomarev S. V., Suntsov S. B.	229–231
Numerical simulation of stress-strain states of a low temperature jointly-burning ceramics module caused by thermal modes of onboard electronic equipment. Part 2. Numerical simulation Alekseev V. P., Karaban V. M., Ponomarev S. V., Suntsov S. B.	232–235
An optimization algorithm of antennas heights in the star topology networks Terehov A. V., Shurygin Yu. A.	236–243
Convergence of the consecutive approximation method in modeling nonlinear radio engineering de- vices. Part 1. The method of simple iteration Nenashev A. V.	244–248
Trajectory dissipation of a sliding contact fractions Deeva V. S.	249–254

Management, computer science and informatics

Pre-project design of personal data information systems as a stage of the information security audit Mironova V. G., Shelupanov A. A.	257–259
Functional model of documentary maintenance of developments and management decision making Goryunova E. S.	260–266
Distributed hard-and software monitoring complex for environmental radiation with a Web-based access Hlebus E. A., Durnovtsev V. Ya.	267–271
A mathematical model of dichotomous classification of signs sequences and its engineering realization Pisarenko L. A.	272–277
On the problem of wireless local networks design Rudakov D. V., Komagorov V. P., Fofanov O. B.	278–282
Estimation methods of scientific publications based on analysis of the internet references to scientific portals Silich V. A., Saveliev A. O., Marchukov A. V., Alekseev A. A.	283–287
Routing in wireless mobile Ad hoc networks Vinokurov V. M., Pugovkin A. V., Pshennikov A. A., Usharova D. N., Filatov A. S.	288–292
A mathematical model of premises heat supply for automated control systems of energy saving technologies Pugovkin A. V., Kuprekov S. V., Abushkin D. V., Zarechnaya I. A., Muslimova N. I.	293–298
An adaptive system scheme for messages filtering based on the method of precedent decision making Rodin E. A.	299–303
The interpolation synthesis of automatic control systems’ regulators based on zeros of the Chebyshev polynomials Goncharov V. I., Nguen F. D.	304–309
Generation of irreducible polynomials related by power dependence of the roots Titov S. S., Torgashova A. V.	310–318
Application of the regressive interpolation in numerical methods for digital filters designing Okishev A. S.	319–323
System of the transmitted speech quality estimation Mescheryakov R. V.	324–329
The complexity index of controlled technological variables in the problems of automated control systems for metallurgical facilities Krivolapova L. I., Kravtsova O. A.	330–335
A selection model of new ideas to be implemented in innovative business Semiglazov A. M., Semiglazov V. A.	336–341
Mathematical modeling an advertising campaign Semiglazov A. M., Semiglazov V. A., Ivanov K. I.	342–349