English






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2009 ., 1

3 - 6
M.M. Malyshev

ON THE HISTORY OF RADIATION INVESTIGATIONS AND TESTING OF MATERIALS AND
ELECTRONIC DEVICES


A memoir of the history of radiation investigations and testing of electron devices is presented.
Keywords: electron devices, radiation testing.
7 - 15
M.V. Anokhin, V.M. Burmistrov, V.I. Galkin, M.B. Dobriyan, A.Y. Dubov, L.M. Zelyony, A.A. Petrukovich, V.A. Sanzhak, V.M. Chabanov, D.V. Chevnov

INVESTIGATION OF IONIZING PARTICLE FIELD IN A SPACECRAFT ON THE GEOSTATIONARY ORBIT

An experimental investigation into differential spectrums of ionizing particles on the spacecraft in the field of the great specific energy losses was carried out. Composition and differential spectrums of such fields depend both on the physical characteristics of materials incorporated into structural elements and systems of the spacecraft and on the space radiation weather depended in its turn on the physical mechanism of generation of cosmic rays producing in the active processes on the sun and in the heliosphere.
Keywords: ionizing particles, spacecraft.
16 - 18
V.N. Afanasyev, V.B. Bychkov

TWO-PULSE RESPONSE OF BISMUTH PIECES DURING PULSE ELECTRON BEAM IRRADIATION

A response consisted of sequence of two pulses of stresses was obtained on the bismuth pieces. The performed investigations showed that the reason of anomalous behavior of the pieces involves formation of large regions having two different sound velocities under bismuth crystallization.
Keywords: pulsed irradiation, electron beam.
19 - 21
D.A. Murkin, A.S. Smolyansky, E.P. Magomedbekov

PREDICTION OF GAS EMISSION OF POLYMERIC MATERIALS USED UNDER VACUUM CONDITIONS

Procedure of prediction of polymeric materials gas emission on exposure to vacuum was developed. A relationship permitting to estimate molecular mass of the polymer destruction products evaporating fraction depending on operating conditions (vacuum, temperature) was obtained.
Keywords: polymeric materials, method of estimation of gas emission, pressure, temperature, vacuum.
22 - 27
R.H. Khasanshin

ON IMPACT OF THE ELECTRON BEAM INTENSITY ON POLYMERIC COMPOSITE MASS LOSSES

Experimental data and results of the mathematical modeling of impact of the electron radiation flux differential density on losses of the polymeric composite material mass in the vacuum are presented.
Keywords: electron radiation, polymeric composite material.
28 - 32
R.H. Khasanshin, V.I. Kostyuk, N.G. Alexandrov

ON MODELING OF DEPOSITION OF THE OUTER SELF ATMOSPHERE PRODUCTS ON THE SPACECRAFT SURFACES

Results on experimental modeling of deposition of the outer self atmosphere products on the spacecraft optical material surfaces are presented. The main results were obtained by examination of regularities of the quartz glass transmittance change under the action of gas emission of the polymeric composite and electron radiation.
Keywords: spacecraft, optical materials, electron radiation.
33 - 35
S. V. Gavrish , V. V. Loginov, O. S. Mamin, V. A. Chernov

RADIATION-OPTICAL EFFECTS IN QUARTZ ENVELOPES OF DISCHARGE LAMPS

Investigations on impact of the radiation action on specters of induced absorption in the quartz envelopes of discharge lamps are performed. A dependence of the quartz optical transparence on its defects and impurities is shown. An impact of the thermophysical and irradiation processes in the lamp on the induced absorption in the envelope is considered.
Keywords: radiation resistance, discharge lamp, induced absorption.
36 - 38
A.V. Anisimov, G. L. Pikalov, V. P. Danilov, S. V. Kostyayev, Y. G. Bazaka.

REPRODUCTION OF ACTION OF PENETRATING RADIATIONS ON MODELING DEVICES

Algorithms of determination of norms for electronic equipment testing on the action of penetrating radiation on modeling devices and order of the test performing are considered.
Keywords: penetrating radiation, modeling devices.
39 - 42
V. V. Yemelyanov, K. I. Tapero, A. I. Ozerov, A. V. Filimonov, A. V. Besetsky

PECULIARITIES OF FUNCTIONAL CONTROL OF STATIC RANDOM ACCESS MEMORY INTEGRAL CIRCUITS BY RADIATION TESTING

Main principles of functional control of the static random access memory integral circuits by radiation testing and peculiarities of registration of the radiation effects are considered. Also an instance of building of the static on-line IC testing system is given.
Keywords: static random access memory, functional control, radiation testing.
43 - 44
F.V. Chubrukov, F.G. Gaysin

AUTOMATED MEASURING SYSTEM FOR SEMICONDUCTOR DEVICES

Results on promoting of software and hardware produced by National Instruments for realizing an automated measuring system are presented.
Keywords: measuring system, semiconductor devices.
45 - 49
F.P. Korshunov, Y.V. Bogatyryov, A.I. Belous, S.V. Shvedov, S.B. Lastovsky, V.I. Kulgachev

METHOD OF THE MOS IC RADIATION RESISTANCE PREDICTION

A calculation-experimental method of the MOS IC prediction (selection) on the radiation resistance by the use of test electron or gamma radiation is proposed.
Keywords: MOS IC, radiation resistance, ionizing radiation, prediction.
50 - 54
I.I. Shagurin, A.V. Lebedev, Y.V. Zverev

TEST MODULES FOR FUNCTIONAL AND PARAMETRIC CONTROL OF THE MULTIFUNCTIONAL LSI BY PERFORMANCE OF THE RADIATION TESTS.

Requirements for the structure and functions of the test modules used by the radiation tests of microcontrollers and microprocessors are developed. Structures and main characteristics of the two types of test modules are presented.
Keywords: test module, functional and parametric testing, microcontrollers, microprocessors.
55 - 58
V.S. Anashin, A.V. Lebedev, V.D. Popov, A.V. Skorodumova, P.A. Chubunov, I.I. Shagurin

INCREASE OF LIFE EXPECTANCY OF THE REDUNDANT EQUIPMENT ON THE BASIS OF THE MICROCONTROLLERS ATMEGA-128 BY OPTIMIZATION OF THE SWITCHING CONDITION

A method of calculation of the electric regime forced switching optimal characteristics for increase of the IC exposed to ionizing radiation life expectancy is described. Results of using of this method for the ATmega microcontrollers are presented.
Keywords: forced switching, redundancy, life expectancy, safe dose.
59 - 61
V.S. Anashin, A.V. Lebedev, V.D. Popov, A.V. Skorodumova, P.A. Chubunov, I.I. Shagurin

DETERMINATION OF INDIVIDUAL CHARACTERISTICS OF THE MICROCONTROLLERS ATMEGA-128 DOSE RESISTANCE BY EXTRAPOLATION OF CHANGING OF THE MAIN PARAMETERS AT THE LOW INTENSITY IRRADIATION WITHIN SMALL DOSES

Results of the non-destructive prediction of the microcontroller ATmega-128 dose resistance individual characteristic with use of the low intensity irradiation within the safe dose with following recovery of their characteristics through a low temperature annealing are presented.
Keywords: dose resistance individual characteristics, safe dose, low temperature annealing.
62 - 66
V.E. Shunkov, M.S. Gorbunov, P.S. Dolotov, A.L. Zuyev, P.N. Osipenko

RADIATION OPTIMIZATION OF THE STATIC STORAGE CELL PARAMETERS

An approach to the radiation optimization of static storage cell parameters is considered. This allows increasing the resistance to the action of single ionizing particles and achieving better functional parameters than in the known radiation resistant analogs.
Keywords: static storage cell, radiation resistance, ionizing radiation.
67 - 69
V.Y. Kononenko, B.N. Lavrentyev, D.E. Pavlovskikh, R.V. Protas, R.R. Hafizov, A.V. Shlyapkin

ON SYNCHRONIZATION OF HIGH VOLTAGE PULSED GENERATOR MODULES IN THE INSTALLATION EMIR-2

Results of several studies on operation of a multimodular high voltage pulsed generator into the circuit with electrically exploding wires by variation of the load inductance value are presented. It is shown that with decrease in the load inductance value the number of smartly operated generator modules increases.
Keywords: installation EMIR-2, high voltage pulsed generator, module synchronization, load inductance.
70 - 72
A.I. Kormilitsyn, V.Y. Kononenko, N.Y. Kasyanov, A.S. Pokrovsky, M.Y. Butusova, A.V. Shlyapkin, Y.N. Koloskov

EXPLOSION OF ELECTRICALLY EXPLODING WIRES IN GASEOUS ATMOSPHERE UNDER PRESSURE ON THE ACCELERATOR -3.

On the accelerator IGUR-3 destined for generation of bremsstrahlung and electron beam pulses and designed on basis of a circuit with inductance-capacitance energy storage and electrically exploding wires the design of assembly for explosion of the wires was refined. The design changes allow performing a wire explosion in the gaseous atmosphere under pressure. The first set of experiments was performed. An effect of the gaseous atmosphere under pressure on the bremsstrahlung pulse parameters was obtained. Further investigations are required for improvements of the output parameters.
Keywords: Key words: accelerator IGUR-3, wire explosion, bremsstrahlung, gaseous atmosphere.
73 - 78
A.I. Gerasimov, V. P. Bubnov

A SENSOR FOR CONTINUOUS CONTROL OF INSULATING LIQUIDS ELECTRIC STRENGTH

A sensor and a tool for reading from it continuously or under given time intervals information on the insulating oil electric strength in assemblies of pulsed electron beam accelerators is presented. It allows to optimize control process of the insulation conditions at all times and to increase reliability of performance of important experiments.
Keywords: sensor, electric strength, insulation.
79 - 82
A.P. Stepovik, V.S. Blinov, A.I. Kormilitsyn, V.Y. Kononenko

ON EFFECT OF CONCURRENT BREMSSTRAHLUNG OF A HIGH-POWER PULSE ACCELERATOR WHEN OPERATING AT ELECTRON BEAM EXTRACTION.

Results of investigations of the accelerator IGUR-3 bremsstrahlung effects on a signal from the piezoelectric transducer CTS-19 whereby it was recorded a time-amplitude profile of the thermoelastic stresses arising in a specimen made of carbon-carbon composite during its irradiation with an electron beam are presented. It is shown that this signal is partially determined by piezoelectric effect just in the transducer on exposure to the bremsstrahlung. In certain situations this effect may be essential.
Keywords: accelerator IGUR-3, bremsstrahlung, electron beam.