The state engineering centre of " MSTU "STANKIN" carries out its activities with the financial support of the Ministry of Education and Science of the Russian Federation and the Ministry of Industry and Trade of the Russian Federation within the framework of the implementation of the action plan ("road map") in the field of engineering and industrial design and the Federal Target Program "Research and development in priority areas of scientific and technological complex of Russia for 2014-2020»
|
№ |
Name of the method |
Organization that certified the method |
Date of certification (day, month, year) |
|
1. |
MI 1927-88. Recommendation. Smooth gauges for cylindrical shafts and holes. Method of control. (in exchange for Instruction 71-58) |
Russian National Research Institute of Metrological Service |
15.12.1988 |
|
2. |
MI 1937-88. Recommendation. Gauges for conical joints. Method of control. (in exchange for Instruction 74-58) |
Russian National Research Institute of Metrological Service |
15.12.1988 |
|
3. |
MI 1904-88.MU. Threaded cylindrical gauges. Method of control. (in exchange for GOST 8.128-74) |
Russian National Research Institute of Metrological Service |
15.12.1988 |
|
4. |
MI 1812-87.MU. Threaded conical gauges. Method of control. (in exchange for GOST 12690-67) |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.12.1987 |
|
5. |
MI 2078-90.Recommendation. National Measurement Assurance System. Wires and rollers. Verification method. (in exchange for GOST 8.297-78) |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.12.1987 |
|
6. |
MI 782-85. National Measurement Assurance System. Micrometers with division value 0.01 mm. Verification method. (in exchange for Instructions 135-61) |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.12.1985 |
|
7. |
MI 2018-89. Recommendation. Micrometric depth gauges. Verification method. (in exchange for GOST 15985-70) |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.12.1989 |
|
8. |
MI 2077-90. National Measurement Assurance System. Micrometers with inserts. Verification method. (in exchange for GOST 8.004-71) |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.12.1990 |
|
9. |
MI 379-83. Prismatic micrometers. For tools with 3, 5, 7 blades. Methods and means of verification |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.12.1983 |
|
10. |
MI 905-85M.Pipe micrometer. Type MT 15-M. Verification method |
Russian National Research Institute of Metrological Service |
15.12.1985 |
|
11. |
MI 2087-90.Recommendation. Desk micrometers with an arrow readout device. Verification method. (in exchange for MU 313) |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.12.1990 |
|
12. |
MI 709-85. Step height measure with digital readout mod.6151.Method of verification. |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.12.1985 |
|
13. |
MI 1813-87. National Measurement Assurance System. Measuring spring heads. Verification method. (in exchange for GOST 8.248-77) |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.12.1987 |
|
14. |
MI 1876-88. National Measurement Assurance System. Multi-turn indicators with division value 0.001 and 0.002 mm. Verification method. |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.12.1988 |
|
15. |
MI 481-84.Dial-test indicators with a damping device. Model ИЧ10МД. Methods and means of verification. |
Russian National Research Institute of Metrology of D.I. Mendeleyev |
15.11.1984 |
|
16. |
Method of testing a prototype of a laser microscope MIM with a long-stroke object table |
LLC “Laboratoriya Amfora” |
19.10.2011 |
|
17. |
Methods of studying submicron structures in the field of materials science using a laser microscope |
MSTU “STANKIN” |
05.12.2012 |
|
18. |
Test procedure for the MIM device |
MSTU “STANKIN” |
04.05.2012 |
|
19. |
Wireless measuring system with inductive converters |
OJSC “Research Institute “Izmereniya” |
18.12.2014 |
|
20 |
Calibration of measuring instruments "Profilometer" |
OJSC “Research Institute “Izmereniya” |
18.12.2014 |
|
21 |
Precision calibration of the device for measuring holes |
OJSC “Research Institute “Izmereniya” |
18.12.2014 |
|
22 |
X-ray fluorescent meters FISCHERSCOPE |
Federal State Unitary Enterprise Russian National Scientific Research Institute of Optical and Physical Measurements |
07.07.2009 |
|
23 |
Scanning probe microscopes Solver HV |
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
16.06.2010 |
|
24 |
Measuring instruments for thermophysical parameters of solids LFA |
Russian National Research Institute of Metrology of D.I. Mendeleev |
30.11.2009 |
|
25 |
Systems for measuring test parameters 5900 |
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
30.03.2010 |
|
26 |
Systems for measuring test parameters 5900 |
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
30.03.2010 |
|
27 |
Non-automatic scales XP |
Russian National Research Institute of Metrological Service |
25.06.2010 |
|
28 |
X-ray diffractometers EMPYREAN
|
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
14.02.2011 |
|
29 |
Rockwell hardness testers R574 |
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
15.06.2011 |
|
30 |
X-ray photoelectronic multifunctional spectrometers K-ALPHA |
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
13.11.2012 |
|
31 |
Software and hardware complexes for analysis of microstructure of solid surfaces Thixomet |
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
06.12.2011 |
|
32 |
Microhardness testers Tukon |
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
15.06.2011 |
|
33 |
Pendulum drop-testing machines MPX |
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
11.06.2013 |
|
34 |
Pyrometers "Sight" mod. MS, MSPlus, MSPro, LS, LS DCI, P20LT,P20 1M, P20 2M |
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
27.09.2010 |
|
35 |
Thermo-analyzers, dynamic-mechanical TMA 202, TMA 402, DMA 242, RUL/CIC 421, HMOR 422 |
Russian National Research Institute of Metrology of D.I. Mendeleev |
01.11.2004 |
|
36 |
Brinell hardness testers BH3000 |
Federal Agency of Technical Regulation and Metrology (Rosstandart) |
10.09.2013 |
|
37 |
Analytical scales Mettler Toledo XP504 |
Russian National Research Institute of Metrological Service |
25.06.2010 |
|
38 |
Application of nanostructured wear-resistant coatings on metal cutting tools of cutting ceramics |
MSTU “STANKIN” |
08.12.2014 |
|
39 |
Complex estimates of the tribological characteristics of experimental materials with nanocomposite ion-plasma coatings |
MSTU “STANKIN” |
08.12.2014 |
|
40 |
Determination of chemical and phase composition in nanoscale layers of multilayer nanocomposite coatings |
MSTU “STANKIN” |
08.12.2014 |
|
41 |
Determination of the sensitivity limit of a laser phase-polarization microscope |
MSTU “STANKIN” |
08.12.2014 |
|
42 |
Verification method. Portable measuring machines Arm2000 SIGMA, Arm2000 OMEGA firm; ROMER (Hexagon Metrology), France |
Russian National Research Institute of Metrological Service |
01.08.2009 |
|
43 |
Verification method. Surface roughness measuring instruments MarSurf XCR 20 by Mahr GmbH, Germany |
Russian National Research Institute of Metrological Service |
27.01.2007 |
|
44 |
Method for study of the initial powders for the production of functional composite materials obtained by additive technologies (layer-by-layer growth) |
MSTU “STANKIN” |
14.06.2015 |
|
45 |
Method for determination of concentration profiles in nanoscale layers of multi-layer nanocomposite coatings based on dielectric materials |
MSTU “STANKIN” |
14.06.2015 |
|
46 |
Method of automatic selection of techniques of measurements of orientation deviations |
MSTU “STANKIN” |
14.06.2015 |
|
47 |
Method for determining temperature deformations of end measures of length in the nanometer range |
MSTU “STANKIN” |
19.03.2015 |
|
48 |
Method for the study of geometric parameters of submicron structures |
MSTU “STANKIN” |
19.03.2015 |
|
49 |
Method of materialographic and metal physical research of composite materials made by additive technologies |
MSTU “STANKIN” |
09.11.2015 |
