GB/T 3656-1983
Replaced
GB/T 38976-2020
Active
National standards
GB/T 38976-2020 Test method for the oxygen concentration in silicon materials—Inert gas fusion infrared detection method
GB/T 38976-2020 Test method for the oxygen concentration in silicon materials—Inert gas fusion infrared detection method
Basic Information
Standard Code:
GB/T 38976-2020
Standard Type:
National standards
Standard Status:
Active
is_force_gb:
no
CCS Name:
Analysis methods for semi-metallic and semiconductor materials
ICS Name:
\nMetal material testing
Publish Date:
2020-07-21
Implement Date:
2021-06-01
Pages:
6 pages
Scope
This standard specifies the method of testing the oxygen content in silicon materials using inert gas melting and infrared technology.
This standard is applicable to the testing of oxygen content in silicon single crystals and polycrystalline silicon with different conductivity types and different resistivity ranges, with a testing range of 2.5×1015 cm-3 (0.05 ppma) to 2.5×1018 cm-3 (50 ppma).
Note: The oxygen content in silicon materials is calculated in terms of the number of atoms per cubic centimeter.
Development Information
Referenced Standards
GB/T 1557-1989 The method of determining interstitial oxygen content in silicon by infrared absorption
GB/T 1557-2006 The method of determining interstitial oxygen content in silicon by infrared absorption
GB/T 1557-2018 Test method for determining interstitial oxygen content in silicon by infrared absorption
GB/T 14264-1993 Semiconductor materials—Terms and definitions
GB/T 14264-2009 Semiconductor materials—Terms and definitions
GB/T 14264-2024 Terminology of semiconductor materials
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GB/T 3657-1983 Measurement method of direct magnetic properties of soft magnetic alloys
GB/T 3849-1983
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GB/T 3849-1983 Hardmetals—Rockwell hardness (scale A) test method
GB/T 3850-1983
Replaced
GB/T 3850-1983 Impermeable sintered metal materials and hardmetals—determination of density
GB/T 3851-1983
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GB/T 3851-1983 Hardmetals—determination of transverse rupture strength
GB/T 4326-1984
Replaced