| Обозначение | Заглавие на русском языке | Статус | Язык документа | Цена (с НДС 22%)
в рублях |
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Determination of impurity fluorine ion in water soluble chemicals-Ion chromatography method
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Published |
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На языке оригинала
|
1199,00
|
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|
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Determination of vapor pressure of chemical products-Thermogravimetry method
|
Published |
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На языке оригинала
|
993,00
|
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Surface chemical analysis-Data transfer format for scanning probe microscopy
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Published |
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На языке оригинала
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2440,00
|
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Evaluation of thickness, density and interface width of thin films by X-ray reflectometry-Instrumental requirements, alignment and positioning, data collection, data analysis and reporting
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Published |
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На языке оригинала
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2233,00
|
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Nanotechnologies-Analysis of amorphous carbon, ash and volatile of carbon nanotubes-Thermogravimetry
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Published |
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На языке оригинала
|
1572,00
|
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Nanotechnology-Silver nanomaterials-Guidance for the characterization of biological effect-related physicochemical properties
|
Published |
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На языке оригинала
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1572,00
|
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Nanotechnology-Determination of copper, manganese and chromium ions in aqueous solution-Ultraviolet-visible spectrophotometry
|
Published |
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На языке оригинала
|
1282,00
|
|
|
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Nanotechnologies-Guidance for developing representative test materials consisting of nano-objects in dry powder form
|
Published |
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На языке оригинала
|
1199,00
|
|
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Nanotechnology-Determination of contact angles of nanopowders-Washburn dynamic pressure method
|
Published |
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На языке оригинала
|
1572,00
|
|
|
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Inductively coupled plasma atomic emission spectrometer
|
Published |
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На языке оригинала
|
1282,00
|
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Surface chemical analysis-X-ray photoelectron spectroscopy-Reporting of results of thin-film analysis
|
Published |
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На языке оригинала
|
2895,00
|
|
|
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Guide for the analysis of the printed circuit board surface contamination-Auger electron spectroscopy
|
Published |
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На языке оригинала
|
1199,00
|
|
|
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Determination of the chemical state of micro-iron in silicate-Auger electron spectroscopy
|
Published |
|
На языке оригинала
|
1282,00
|
|
|
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Determination of bromine in organic flame retardant-Oxygen bomb combustion-ion selective electrode method
|
Published |
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На языке оригинала
|
993,00
|
|
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Environmental consciousness design for laboratory instruments and equipments
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Published |
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На языке оригинала
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3391,00
|
|
|
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Nanotechnologies-Materials specifications-Guidance on specifying nano-objects
|
Published |
|
На языке оригинала
|
1572,00
|
|
|
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Gas analysis-Gas chromatograph with plasma emission detector
|
Published |
|
На языке оригинала
|
1282,00
|
|
|
|
Gas analysis-Determination of indoor harmful volatile organic compounds-"SUMMA canister and silonite tube" and chromatography/mass spectrometryGC/MS
|
Published |
|
На языке оригинала
|
1282,00
|
|
|
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Gas analysis-Determination of sulfur dioxide and nitrogen oxides-Ultraviolet differential optical absorption spectroscopy
|
Published |
|
На языке оригинала
|
1199,00
|
|
|
|
Nanotechnology-Characterization of multiwall carbon nanotube in aqueous solution-Extinction spectroscopy
|
Published |
|
На языке оригинала
|
1282,00
|
|
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