Copyrighted material licensed to BR Demo by Thomson Reuters (Scientific), Inc., subscriptions.techstreet.com, downloaded on Nov-28-2014 by James Madison. No further reproduction or distribution is permited. Uncontrolled when print PAS 62565-2-1@ IEC:2011(E) - 11 - Item Information Date Dispersion Method 7.2 Single-wall carbon nanotubes characterization 7.2.1 Generalcharacteristics General characteristicsas detailedin Table 3 shall be agreed between manufacturer and user.Propertiesand characteristics not of relevanceforthe applicationmay be classified as not applicableornotspecified. Table3-Formatforgeneral characteristics[1] Item Specification Recommended Othermeasurement method(s) methods 3-1 Orientation [] armchair;[] zigzag;[ ] chiral Raman, TEM Fluorescence spectroscopy Chiral vector (specify): n =[ ]; m = [ 3-2 External diameter [ ] Nominal [ ] ± Tolerance [ J nm TEM AFM, Fluorescence, SEM; SPM; Raman; PL 3-3 Length [ Nominal [ SEM ] ± Tolerance [ 1 TEM; SPM; Raman; μm 3-4 SWCNT content wt % TGA Greater than: [ NIR; Raman; ICP-MS; 3-5 Other carbon Not greater than: [ ] wt% TGA NIR; ICP-MS; content Raman: XPM 3-6 Metal content Not greater than: [ wt% ICP-MS TGA; NIR; XRF, XPS (ISO/TS 13278) 3-7 Other impurities Not greater than: [ wt% ICP-MS XPS (ISO/TS13278 7.2.2 Electrical characteristics Electrical characteristics detailed inTable 4 to Table 6 sshallbe agreed between as beclassifiedasnotapplicableornotspecified NOTE1 The measured values of the electrical characteristics are in many cases dependent on the type and NOTE 2 representative of the distribution of types of nanotubes in the measured batch of material. NOTE 3 Copyrighted material I - 12 - PAS 62565-2-1 @IEC:2011(E) I icensed to BR Demo by Thomson Reuters ( Table4-Formatforelectricalcharacteristics Item Specification Single CNT Specified Other or batch or method measurement both methods 4-1 Conductivity type [ ] Percent metallic Batch ISO/TS 10812 EFM; SGM; STM; STS [ type 1 wide band [ ] type 2 narrow band ISO/TS 10868 Table5-Formatfor electrical characteristics,metallicsingle-wall CNTs Item Single CNT Specified Other (Scientific), Inc., Specification or batch or method measurement both methods 5-1 Resistivity [ ] ± x% Q*m at 20°C; Both IEC62624 EFM; SGM; STM; STS; [] Nominal [] ± Tolerance[ ] , subscriptions.techstreet.com, 5-2 Maximum current [ ] ± x% A/m2; Both IEC 62624 EFM; SGM; density STM; STS; [[ ] Nominal [ ] ± Tolerance [ ] A/m2 Table 6-Formatforelectrical characteristics,semiconducting single-wall CNTs Item Specification Single CNT Specified Other or batch or method measurement both methods 6-1 Mobility [ I ± x% m² /Vs; Both Specify, no recommendation [ ] Nominal [ ] ± Tolerance [ ] yet m2/Vs 6-2 Energy band gap E。= Nominal [] ± Tolerance[] Single CNT Specify, no between filled and ev recommendation empty electron yet states 6-3 Carrier type [ n[ p Single CNT Specify, no recommendation yet 6-4 Dopant [ ] Nominal [ ] Both Specify, no concentration recommendation ±Tolerance [ 1 m-3 yet 6-5 Other electrical characteristics (as required) 7.2.3 Opticalcharacteristics Optical characteristics as detailed in Table 7 shall be agreed between manufacturer and user. Properties and characteristics not of relevance for the application may be classified as not applicable or not specified print Copyrighted material licensed to BR Demo by Thomson Reuters (Scientific), Inc., PAS 62565-2-1 @IEC:2011(E) - 13 - Table7-Formatfor optical characteristics Item Specification Single CNT Specified Other or batch or method measurement both methods NOTE Absorption Both To be determined Optical 7-1 spectrum absorbance spectrum Others (as required) 7.2.4 Mechanical and dimensional characteristics Mechanical and dimensional characteristics as detailed in Table 8 shall be agreed between be classified as not applicable or not specified. Table8-Formatformechanical anddimensionalcharacteristics Item Specification Single CNT Specified Other method or batch or measurement both meth
IEC PAS 62565-2-1 2011 Nanomanufacturing - Material specifications - Part 2-1 Single-wall carbon nanotubes - Blank detail specification
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