Bullet Journal "Measuring Instruments and Control Systems" (1967-1991)

 

Introduction

 

The main task at designing of measuring instruments, sensors and transducers was and is at present to reach high metrology performances. At different stages of measurement technology development, this problem was solved by different ways. It is technological methods, consisting in technology perfection, as well as structural and structural - algorithmic methods. Historically, technological methods have received prevalence in the USA, Japan and Western Europe countries. The structural and structural-algorithmic methods have received a broad development in the former USSR and continue the developing in NIS countries. The improvement of metrology performances and extension of functional capabilities are reached by implementation of particular structures retrieved in most cases by heuristic way in combination with calculations and signal processing.

 

 

In this section of IFSA Web site the references from the journal "Measuring Instruments and Control Systems" (1967 - 1991), concerning frequency sensors and transducers are collected. The journal was publishing in the former USSR and devoted to research and development of methods of measurements, sensors, instrumentation and sensor applications in control systems. This reference list testifies about intensive researches in the field of frequency sensors and transducers carry out in USSR. As far back as 1961 professor P.V. Novitskiy has written: "...  In the prospect, it is possible to expect, that class of frequency sensors will be received such development, that the number of known now frequency sensors will exceed the number of known now amplitude sensors... ". Although today there are frequency sensors practically for any quantities, this prognosis was not justified in the full because of objective reasons: beginning of "perestroika”,  collapse of Soviet economy and science. Today situation gradually varies to the best and, despite of the lost years, it is possible to forecast, that the frequency and digital sensors will occupy a leading position all over the world in the Next Millennium.

 

 

The knowing with these articles will allow speeding up advance in development of new sensor principles and successful combination of technological, structural and structural-algorithmic methods of metrology performances improvement of sensors.

 

 

In spite of the fact that the journal " Measuring Instruments and Control Systems " was published in Russian language, you can order translations of required articles in English. The price is from 10 up to 30 $ USA depending on the article size.

 

 

References

 

No. Authors and Title Translation in English Order
1.

Kostina E.N. New Temperature in Time-to-Pulse Conversion Method, 1967, 1, 42-43.

20 $ 
2.

Budjanov V.P., Krivonosov A.I. Temperature-to-Frequency Converter, 1967, 1, 43-44.

10 $ 
3.

Balashov N.K., Beilin V.M., Skomorokhov V.I. Pressure Sensor with Frequency Output, 1969, 4, 42.

10 $
4.

Beljaev M.F., Dorzhiev D.D., Mikhailov A.I., Janovskiy V.Ja. Mechanical Transducers with Vibration-Frequency Converter, 1971, 5, 16-18. 

20 $
5.

Osadchiy E.P., Zhuchkov A.I. Issues of  Calculation and Designing of Differential String Sensors, 1971, 5, 18-21.

30 $
6.

Brekhov R.S. String-Type High-Temperature Tensometer, 1971, 5, 21-22.

20 $
7.

Novitskiy P.V., Dokukina N.B., Berman G.A. Frequency Acoustic Pressure Transducers, 1971, 5, 22-23.

20 $
8.

Novitskiy P.V., Dokukina N.B., Boiyko V.O., Nesterenko Y.A. Small-size Frequency Mechano-Acoustic Pressure Transducer, 1971, 5, 24-25.

15 $
9.

Lomaev G.V., Merzljakov Y.M. Tacho-Generator with Frequency-Pulse Sensor, Based on Barkhausen Effect, 1971, 5, 25-26.

 

20 $
10.

Pliskin Y.S., Khrizolitov A.A. Functional Converters for Nonlinearity Correction of Frequency Sensors, 1971, 5, 27-29.

30 $
11.

Azarkin V.A., Kovalkov V.I. Some Issues of Theory of Electric Circuit Frequency Sensors, 1971, 5, 30-34.

30 $
12.

Makeev V.V., Makeeva L.I. Simple Voltage-to-Frequency Converter, 1973, 12, 34-35.

15 $
13.

Shakhov E.K., Shadrin M.P., Ostrovskiy I.F. Conversion Tenso- and Thermistor Resistances into Frequency-Time Signal, 1976, 7, 24-27.

20 $
14.

Eigenbrot V.M., Belousov Y.M. Frequency Methods of Measurement for Hydraulic Fluids Density in Flow, 1976, 9, 30-32.

30 $
15.

Khristich V.V., Grigor’ev V.S. Frequency Sensor on the Basis of Generator with Active Zero RC-Circuit, 1977, 7, 29-31.

20 $
16.

Ashirov V.K. Construction Methods for Magnetomodulated Converters of Linear Displacement with Frequency Output, 1977, 12, 21-22.

20 $
17.

Bakhtiozin A.A., Jakovlev D.P., Bogdanova L.A., Bogatova O.A. Converter of Active Resistances Increments into Oscillation Period, 1979, 4, 34.

10 $
18.

Tikhonov A.I. Estimation of Quality of Mechanical Trancdusers, 1982, 4, 15-17

25 $
19.

Eskin V.D. Capacitive- Resistance Nonelectric Quantities Converter into Pulse Duration, 1982, 6, 28.

10 $
20.

Taranenko Yu.K., Snegur V.I. Vibration-Frequency Pressure Transducers with Expanded Range of Measurement, 1982, 8, 27.

10 $
21.

Dmitriev V.A., Lukichev A.V. Hybrid Integrated Circuit of Frequency Converter for Strain Sensors, 1983, 9, 24-25.

15 $
22.

Levshina E.S., Pyatyshev E.N., Chernenkaya L.V. Membrane Vacuum Gauge with Frequency Output, 1984, 1, 27-28.

15 $
23.

Svistunov B.L., Frolov I.N. Measuring Transducer for Capacitive Sensor, 1984, 12, 24.

10 $
24.

Osadchiy E.P. Development Problems of Theory and Engineering Methods for Sensors Design, 1985, 1, 16-18.

30 $
25.

Korolkov I.V., Kozharin G.V., Shchepetov A.G. Precision Criterion for Frequency Sensors, 1985, 1, 20-21.

20 $
26.

Iorish Yu. I. Infralow Frequency Vibrometering, 1985, 1, 18-19.

30 $
27.

Kharitonov P.T., Osadchiy E.P. High-Frequency Transducers, 1985, 3, 12-15.

30 $
28.

Stuchebnikov V.M., Trukhachev B.S. State-of-the-Art of Integrated Sensors for Mechanical Quantities, 1985, 8, 14-17.

30 $
29.

Osadchiy E.P. Building-Block Principles in Provision of  National Economy with Transducer Equipment, 1986, 4, 16-17.

25 $
30.

Osadchiy E.P., Nikolaev A.N. Towards Analysis of Conversion Methods in Mechanical Transducers, 1986, 4, 19-20.

10 $
31.

Shenderovich I.M., Mar G.N. Linearizing Device for Pressure Frequency Transducers, 1986, 4, 29-30.

20 $
32.

Tallerchik B.A., Olesk A.O. Integrated Semiconductor Sensors, 1986, 6, 12-13.

25 $
33.

Gusev V.I., Zavodko I.V., Karpov A.A., et all. GaAs Hall Sensitive Elements and Sensors on its Basis, 1986, 8, 26-27.

25 $
34.

Kasimov F.D., Adigezalov G.D., Karpov A.G., Stoyalov M.N. Magnetosensitive Hybrid-Film Integrated Circuit, 1986, 8, 34-35.

20 $
35.

Vaganov V.I. Content, Basic Trends and Development Problems of Sensor Electronics, 1987, 7, 28-32.

30 $
36.

Ismailov I.M. Frequency Transducer  of Space Slope Angle, 1987, 10, 26-27.

15 $
37.

Blokhin Yu. I., Olesk A.O. Sensors Based on Microelectronic Technology: State-of-the-Art and Future Prospects in USSR, 1989, 1, 14-15.

20 $
38.

Grigorash T.S., Zaitsev Yu. V., Privezentsev V.V. Semiconductor Functional Thermistor and Its Characteristics, 1989, 1, 18-19.

10 $
39.

Sapunov V.N., Grigoriev E.V., Persiyanov T.V., Galperin S.B. Fuel Consumption Transducer, 1989, 3, 22-23.

15 $
40.

Osadchiy E.P., Kharitonov P.T. High-Frequency Transducers with Flat-Spiral Resonators,1989, 3, 28-30.

30 $
41.

Osadchy E.P., Stroganov M.P., Shkodyrev V.P. On Representation of Input- and Output-Signals of Transducers, 1989, 4, 19.

15 $
42.

Mazin V.D. Space of Physical Quantities and Its Application in Sensors Design, 1989, 4, 20.

15 $
43.

Osadchiy E.P. Modern Trends in Sensors Improvement, 1989, 7, 16-17.

25 $
44.

Artemov V.M., Kudryashov E.A., Levshina E.S., Moiseichenko V.S. Ways of Perfection for Capacitance Pressure and Acceleration Sensors, 1989, 9, 7-8.

20 $
45.

Kudryashov E.A. Thermoresonant Transducers, 1989, 9, 11-12.

20 $
46.

Gutnikov V.S., Lopatin V.V., Tatarintsev I.G. et. all. Frequency-Time Converters in Measuring Channel of Physical Quantities, 1989, 9, 15-17.

30 $
47.

Aleinikov A.F., Tsapenko M.P. Automation of Selection of Physical Phenomena of Multifunctional Transducers, 1990, 4, 27-29. 

25 $
48.

Nikolaev E.V., Volkova L.P. Converter of Resistance Thermometer Signal into Frequency, 1990, 6, 27-28.

10 $
49.

Mokrov E.A. On Trends for Development of Special Purpose Sensors, 1990, 10, 4-5.

20 $
50.

Yuzefovich V.I., Bormotin E.B. Rotary Speed Sensors, 1990, 10, 25-26.

10 $
51.

Volkov V.A., Karshakov V.P., Determination of Metrological Characteristics of Transducers, 1990, 10, 28-29.

15 $
52.

Gutnikov V.S. Trends for Development of Electronic Measuring Converters for Sensors, 1990, 10, 32-35.

30 $
53.

Akimov A.Yu., Zegzhda P.D., Mokrov E.A., Shmakov E.M. Problems of Sensors Design Automation, 1990, 10, 38-40.

25 $
54.

Shmakov E.M., Smolko L.V., Balov O.V. On Selection of Engineering Solution at Early Stages of Mechanical Sensors Design, 1991, 5, 18-19.

20 $
55.

Gutnikov V.S., Soloviev A.L., Uliev V.A., Rudakov K.V. Measuring System for Capacitance Sensors, 1991, 5, 24-26.

25 $
56.

Babenko A.P., Zasetsky G.E., Malov V.V. Quartz Temperature Sensors, 1991, 9, 32.

10 $

 

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