author = { ISO/TC 229 Nanotechnologie AND ISO/TC 229 Nanotechnologies AND ISO Internationale Organisation für Normung AND ISO International Organization for Standardization AND ISO Organisation Internationale de Normalisation },

title = { ISO/TS 10868 Nanotechnologies - Characterization of single-wall carbon nanotubes using ultraviolet-visible-near infrared (UV-Vis-NIR) absorption spectroscopy },

edition = { 2017-05-00 } ,

publisher = {International Organization for Standardization},

keywords = { Attributmerkmal , Prüfung , Prüfverfahren , Hülse , Nanoröhrchen , Röhre , Begriffe , Prüfen , optische Messung , Messverfahren , Optik , Definition , Messmethode , Kohlenstoff , optisch , einwandig , Fraktion , Röhrchen , Eigenschaft , Absorptionsspektrometrie , Halbleiter , Versuch , Nanotechnologie , Infrarotspektroskopie , Carbon , Optical , Semiconductors , Infrared spectroscopy , Fractions , Nano tubes , Optics , Tubes , Nanotechnology , Attribute , Methods for measuring , Measuring techniques , Single-walled , Optical measurement , Trials , Properties , Testing , Definitions , Absorption spectrophotometry , Manchon , Carbone , Essai , Spectrophotométrie infrarouge , Fraction , Matériau de semi-conducteur , Spectrophotométrie par absorption , Propriété , Nanotechnologie , C , Optique , Nanotube , Semi-conducteur , Définition , Mesurage optique , Petit tuyau , Caractéristique , Tube , Attribut , Méthode de mesure , à simple paroi , Douille },

year = {2017-05-00},

abstract = {Internationale Übereinstimmung mit: PD ISO/TS 10868 (2017-10-12), IDT*GB/T 39114 (2020), IDT*DS/ISO/TS 10868 (2017-05-18), IDT*NVN-ISO/TS 10868:2017 en (2017-06-01), IDT},

booktitle = {ISO-Regelwerk},

booktitle = {ISO-Normen},

address = { Geneve },

url = { http://slubdd.de/katalog?TN_libero_mab2 }