GB/T 3654.10-1983
Replaced
SN/T 5683-2024
Active
Industry standards-Product inspection
SN/T 5683-2024 Quantitative phase analysis of silicon, iron silicon (FeSi2), and α-silicon carbide in the mixture of iron silicide and silicon slag using X-ray diffraction K-value method. Note: This is a Chinese translation only. The English translation is "Quantitative phase analysis of silicon, iron silicide (FeSi2), and α-silicon carbide in the mixture of silicon iron and silicon slag using X-ray diffraction K-value method.""
SN/T 5683-2024 Quantitative phase analysis of silicon, iron silicon (FeSi2), and α-silicon carbide in the mixture of iron silicide and silicon slag using X-ray diffraction K-value method. Note: This is a Chinese translation only. The English translation is "Quantitative phase analysis of silicon, iron silicide (FeSi2), and α-silicon carbide in the mixture of silicon iron and silicon slag using X-ray diffraction K-value method.""
Basic Information
Standard Code:
SN/T 5683-2024
Standard Type:
Industry standards
Standard Status:
Active
is_force_gb:
no
CCS Name:
Metal chemical analysis methods
ICS Name:
Iron alloy
Publish Date:
2024-12-31
Implement Date:
2025-07-01
Development Information
Related Standards
GB/T 3654.1-1983
Active
GB/T 3654.1-1983 Methods for chemical analysis of ferroniobium—The paper chromatograph-gravimetric method for the determination of niobium and tantalum
GB/T 3654.2-1983
Replaced
GB/T 3654.2-1983 Methods for chemical analysis of ferroniobium—The neocuproine-chloroform extraction photometric method for the determination of copper content
GB/T 3654.3-1983
Replaced
GB/T 3654.3-1983 Methods for chemical analysis of ferroniobium The gravimetric method for the determination of silicon content
GB/T 3654.4-1983
Active
GB/T 3654.4-1983 Methods for chemical analysis of ferroniobium The combustion gravimetric method for the determination of carbon content
GB/T 3654.5-1983
Active