Measurement Techniques

On the jubilee of research institute of physical measurements (NIIFI)
pp. 219-220(2)

New technology for production of thin-film heterostructures for the sensitive elements of pressure probes
pp. 221-225(5)
Authors: Volokhov, I.; Timakov, S.

Oscillation dynamics of metal wire sensor elements
pp. 226-231(6)
Author: Kuchumov, E.

Software-configurable converter for sensor signals
pp. 232-234(3)
Author: Boldin, I.

Distributed smart system for monitoring the state of complex technical objects
pp. 235-239(5)
Authors: Dmitrienko, A.; Blinov, A.; Novikov, V.

Optimization of micromechanical accelerometer structures
pp. 240-245(6)
Authors: Papko, A.; Kalinin, M.; Alekseeva, V.

Increasing the resolution and the stability of metrological characteristics of micromechanical accelerometers
pp. 246-248(3)
Authors: Alekseeva, V.; Papko, A.; Kalinin, M.; Kiryanina, I.; Sheptalina, S.

Detection of signals at the output of gravity resonance antennas by estimation of the distribution parameters
pp. 249-254(6)
Authors: Gusev, A.; Rudenko, V.; Tsybankov, I.

Intelligent four-channel frequency-code converter
pp. 255-264(10)
Author: Makarov, V.

Estimation of the reliability of measurement control of a technical system as regards system performance
pp. 265-268(4)
Author: Myasishchev, N.

Nanoparticles in ambient air. measurement methods
pp. 269-274(6)
Authors: Karpov, O.; Balakhanov, D.; Lesnikov, E.; Dankin, D.; Lapshin, V.; Paliy, A.; Syroeshkin, A.; Zagaynov, V.; Agranovskii, I.

Assurance of the reliability of results of measurements of the thickness of metallic coatings performed by means of magnetic and eddy current methods in a machine shop
pp. 275-280(6)
Authors: Syasko, V.; Ivkin, A.

A method of determining the dynamic error of optical trajectory measurement stations
pp. 281-286(6)
Authors: Gumarov, S.; Korsun, O.

Calibration methods in small-scale and field measurements of ladar characteristics of aircraft on unobstructed paths
pp. 287-293(7)
Authors: Khmarov, I.; Kondrashov, N.

Modeling the optimal parameters for a remote sensing device
pp. 294-299(6)
Authors: Bushmeleva, K.; Plyusnin, I.; Bushmelev, P.; Uvaisov, S.

Laser interference refractometers for the technological monitoring of toxic and dangerously explosive gases
pp. 300-309(10)
Author: Mishchenko, Yu.

Comparison of atomic scales on the basis of pulsar time
pp. 310-317(8)
Authors: Avramenko, A.; Blinov, I.; Goncharov, A.; Driga, I.

A method of determining nonstationary heat flux and heat conduction using parametric identification
pp. 318-323(6)
Authors: Pilipenko, N.; Sivakov, I.

An instrument for the operational measurement of the current strength in the conductor of a high-voltage active transmission line
pp. 324-329(6)
Authors: Gevorkyan, V.; Gevorkyan, S.; Kazantsev, Yu.; Mikhalin, S.; Yashin, I.

The resolving power of magneto-modulation sensors with an amorphous ferromagnetic core
pp. 330-333(4)
Author: Sokol-Kutylovskii, O.

Increasing the noise immunity of data transmission over digital communication channels under Nakagami fading conditions
pp. 334-342(9)
Authors: Andrianov, M.; Bumagin, A.; Kalashnikov, K.; Sysoev, I.

A method and apparatus for precision measurements of the absorption coefficient of wide-aperture microwave radiators in free space
pp. 343-350(8)
Authors: Arsaev, I.; Yurchuk, E.

Dual-frequency sodar measurements
pp. 351-355(5)
Authors: Asadov, Kh.; Garaev, V.

Instrument for monitoring the moisture content of wheat grain in the production process of drying
pp. 356-360(5)
Authors: Khairetdinova, A.; Saitov, R.; Abdeev, R.