GB/T 40007-2021

Active

Nanotechnology—Contacting methods for measuring the resistivity of nanomaterials—General rules

纳米技术 纳米材料电阻率的接触式测量方法 通则

Standard Type
GBT
ICS
17.220.20
CCS
H21
Status
Active
Issue Date
2021-05-21
Implementation
2021-12-01
Centralized Committee
中国科学院
Issuing Authority
国家市场监督管理总局、中国国家标准化管理委员会

Application Summary AI generated

This standard specifies general rules for contact-based methods to measure the electrical resistivity of nanomaterials, including sample preparation, electrode configuration, and data correction procedures. It is applied in research and quality control settings for conductive nanomaterials such as nanowires, nanotubes, and thin films, where accurate resistivity measurement is critical for performance evaluation. The standard ensures consistency in testing across laboratories and industries developing nanoelectronic or energy storage devices.

Related Standards

GB/T 12113-2003 Methods of measurement of touch current and protective conductor current GB/T 16896.1-2005 Instruments and software used for measurements in high-voltage impulse tests Part 1:requirements for instruments GB/Z 21192-2007 Space and fixing dimensions for electricity energy meter GB/Z 26082-2010 Nanomaterials-Measuring method for DC magnetic susceptibility (magnetic moment) GB/Z 17215.611-2021 Electricity metering data exchange—The DLMS/COSEM suite—Part 11: Template for DLMS/COSEM communication profile standards GB/Z 17215.651-2022 Electricity metering data exchange—The DLMS/COSEM suite—Part 51:Application layer protocols GB/Z 17215.669-2022 Electricity metering data exchange—The DLMS/COSEM suite—Part 69：Mapping between the common information model message profiles (IEC 61968-9) and DLMS/COSEM (IEC 62056) data models and protocols GB/Z 17215.652-2022 Electricity metering data exchange—The DLMS/COSEM suite—Part 52：Communication protocols management distribution line message specification (DLMS) server
Transparency note: The application summary and key sentences on this page were automatically generated by AI from the standard's original text. This content has not been human-verified and should not be used for compliance or regulatory purposes. Always refer to the official standard document from the issuing authority.