Other norms

2010

FERm-2001-10
FERm-2001-10
Telecommunication equipment
Price: $990.37
FR.1.27.2010.06978
FR.1.27.2010.06978
manual "GSI. Oil and petroleum products. Determination of the mass fraction of water and linear dimensions of water droplets in crude oils and water-oil emulsions. MVI"
FR.1.27.2010.06999
FR.1.27.2010.06999
Rolling bearings. Detection of defects of the surface layer of ground parts using the eddy current method. MVI VNIPP.005-09
FR.1.27.2010.07013
FR.1.27.2010.07013
Rolling bearings. Surface roughness of parts for MVI bearings
FR.1.27.2010.07091
FR.1.27.2010.07091
Parts made of carbon material grade UPA-3-E. MVI thickness and density of pyrographite coating by industrial computed tomography
FR.1.27.2010.07296
FR.1.27.2010.07296
MVI share, size (in the range of 5-5000 nm) and the angles of disorientation of nanofragments based on the analysis of diffraction patterns of back reflected and incoming electrons and the method of single reflexes
FR.1.27.2010.07297
FR.1.27.2010.07297
The method of X-ray fluorescence analysis of the composition with a detection limit of up to 0.005% of the mass. And control the thickness of nanostructured coatings in the range of 1-50 microns
FR.1.27.2010.07298
FR.1.27.2010.07298
Methods of direct mass spectrometric analysis of thin-film objects with a detection limit of up to 0.001% of the mass. And layered resolution up to 5 nm ("chemical profiles")
FR.1.27.2010.07299
FR.1.27.2010.07299
Determination of the local elemental composition of the structural components by the method of electron energy loss spectroscopy with locality up to 10 nm
FR.1.27.2010.07300
FR.1.27.2010.07300
Method for determining the specific surface area in the range of 0.5-100 m2/g of nanoporous materials of the Ni-Al system and Al-Al0O3 by the method of gas sorption "; Certificate No. 304-20-10 of 06/17/2010
FR.1.27.2010.07338
FR.1.27.2010.07338
MVI Determination of the mechanical properties of the surface according to nanohardness and force spectroscopy with a resolution along the Z axis when imaging (scanning) the surface and during loading-unloading procedures (no more than 1 nm). (for scannin
FR.1.27.2010.07339
FR.1.27.2010.07339
Method for determining the volume fraction of amorphous, quasi-amorphous and cluster structural components in samples of nanostructured material of different nature according to x-ray scattering
FR.1.27.2010.07340
FR.1.27.2010.07340
Methods of measuring the specific surface of dispersed and porous materials using the BET method
FR.1.27.2010.07390
FR.1.27.2010.07390
Methods for measuring surface roughness by atomic force microscopy
FR.1.27.2010.07391
FR.1.27.2010.07391
Technique for performing nanoparticle size measurements using atomic force microscopy
FR.1.27.2010.07392
FR.1.27.2010.07392
Methods for measuring the parameters of the particle size distribution function in suspensions by dynamic light scattering
FR.1.27.2010.07396
FR.1.27.2010.07396
Methods for measuring specific surface area of specific volume and average size of nanopores of porous materials using gas adsorption
FR.1.27.2010.07397
FR.1.27.2010.07397
Methods of measuring particle size distribution using dynamic light scattering
FR.1.27.2010.07404
FR.1.27.2010.07404
Methods for performing measurements of the superstructure period in nanostructured multilayer materials by X-ray diffraction
FR.1.27.2010.07406
FR.1.27.2010.07406
Methods for measuring linear dimensions in nanomaterials using high resolution scanning electron microscopy
FR.1.27.2010.07534
FR.1.27.2010.07534
GSI Volume of round timber. Unified Measurement Technique for Customs Operations
FR.1.27.2010.07626
FR.1.27.2010.07626
Measurement Technique. Geometrical dimensions of carbon nanotubes. Measurement of diameters by scanning probe microscopy
FR.1.27.2010.07627
FR.1.27.2010.07627
Measurement Technique. Geometrical dimensions of carbon nanotubes. Measurement of diameters using scanning electron microscopy
FR.1.27.2010.07628
FR.1.27.2010.07628
Measurement Technique. Geometrical dimensions of carbon nanotubes. Measurement of diameters by transmission electron microscopy
FR.1.27.2010.07629
FR.1.27.2010.07629
Measurement Technique. Geometrical dimensions of carbon nanotubes. Measurement of diameters by Raman spectrometry
FR.1.27.2010.07630
FR.1.27.2010.07630
Measurement Technique. Carbon nanotubes. Measurement of the concentration of metal impurity elements by secondary-ion mass spectrometry
FR.1.27.2010.07631
FR.1.27.2010.07631
Methods for measuring the linear dimensions of solid particles of monodisperse nanoparticles of aero-dispersion media using an electron microscope
FR.1.27.2010.07632
FR.1.27.2010.07632
Measurement technique for measuring the concentration of nanoparticles in stationary aerodisperse flows using a metrological complex
FR.1.27.2010.07699
FR.1.27.2010.07699
Measurement Technique. Determination of the rectangular coordinates of the location of radio emission sources using the angular-distance-measuring method
FR.1.27.2010.07700
FR.1.27.2010.07700
Measurement Technique. Determination of the rectangular coordinates of the location of radio emission sources using the goniometric method
FR.1.27.2010.07754
FR.1.27.2010.07754
GSOEI. Methods for determining the average size of coherent scattering regions in powder, ceramic, and polycrystalline materials by x-ray diffraction broadening
FR.1.27.2010.07833
FR.1.27.2010.07833
Surface roughness and topography. Methods for measuring roughness and surface topography on a Ntegra Prima Basic scanning probe microscope. ShTP/08
FR.1.27.2010.08555
FR.1.27.2010.08555
Methods of measuring the roughness and surface topography on an optical profilometer. ShTPP/08
FR.1.27.2010.08568
FR.1.27.2010.08568
GSE. Methods of measuring the geometric dimensions of the neuron and subcellular structures using an atomic force microscope
FR.1.27.2010.08569
FR.1.27.2010.08569
GSE. Methods of measuring the geometric dimensions of the erythrocyte, subcellular structures, liposomes using an atomic force microscope
FR.1.27.2010.08875
FR.1.27.2010.08875
MVU 040/03-2010. Recommendations. Metrology. Capacity of stationary measuring tanks vertical. MVI geometric method with the use of geodetic instruments. (Amended number 1 according to the letter of DP "Ukrmetrteststandart", ref. No. 400-18/03 from 02.21.1
FR.1.27.2010.08876
FR.1.27.2010.08876
Metrology. Capacity of steel cylindrical vertical tanks with elliptical bottoms. MVI geometric method with the use of geodetic instruments
FR.1.27.2010.08877
FR.1.27.2010.08877
Metrology. Capacity of tanks for liquefied gas steel cylindrical horizontal. MVI geometric method
FR.1.27.2010.08878
FR.1.27.2010.08878
Metrology. Capacity of steel cylindrical horizontal tanks. MVI by the geometric method with the use of geodetic instruments (Change No. 1 was made according to the letter of DP "Ukrmetrteststandart", ref. No. 400-18/03 from February 21, 1313)
FR.1.27.2010.08879
FR.1.27.2010.08879
Metrology. The capacity of steel spherical tanks for liquefied gas. MVI geometric method with the use of geodetic instruments
FR.1.27.2010.08916
FR.1.27.2010.08916
Measurement Technique. Timber and lumber. Method of determining the density using the low-frequency acoustic method of free oscillations
FR.1.27.2010.08917
FR.1.27.2010.08917
Method for measuring the volume of a batch of round timber using the group geometric method with photographic digital determination of the full wood coefficient on the Kedr-M portable wood identification instrument during customs operations
FR.1.28.2010.07250
FR.1.28.2010.07250
Materials internals of VVER-type reactor installations. MVI physical and mecanic characteristics of the spectral-acoustic method
FR.1.28.2010.07502
FR.1.28.2010.07502
MVI Methods for measuring the elastic modulus (Young's modulus) E and elastic recovery R on a Nano-Hardess Tester nano-hardener manufactured by CSM (Switzerland).
FR.1.28.2010.07503
FR.1.28.2010.07503
MVI Methods for measuring the adhesive and cohesive strength on a sketch with the Revetest tester made by CSM (Switzerland) MVI AKP/09
FR.1.28.2010.07504
FR.1.28.2010.07504
MVI Method of performing measurements of the coefficient of friction f and reduced wear I on a friction machine of the CSM (Switzerland) company MVI KTI/10
FR.1.28.2010.07545
FR.1.28.2010.07545
MVI. Determination of the static strength of mineral fertilizer granules
FR.1.28.2010.07751
FR.1.28.2010.07751
GSOEI. Method of measuring the wear resistance of nanostructured materials, nanocomposites, nanoscale thin films or coatings with abrasive wear.

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