ASTM E3047-16

Standard Test Method for Analysis of Nickel Alloys by Spark Atomic Emission Spectrometry

ASTM International, 04/01/2016

Publisher: ASTM

File Format: PDF

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Description

Published:01/04/2016

Pages:15

File Size:1 file , 130 KB

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1.1 This method describes the spark atomic emission spectrometric (Spark-AES) analysis of nickel alloys, such as those specified by committee B02, having chemical compositions within the following limits:

Element	Application Range (Mass Fraction, %)
Aluminum	0.005-6.00
Boron	0.001-0.10
Carbon	0.005-0.15
Chromium	0.01-33.00
Copper	0.01-35.00
Cobalt	0.01-25.00
Iron	0.05-55.00
Magnesium	0.001-0.020
Manganese	0.01-1.00
Molybdenum	0.01-35.00
Niobium	0.01-6.0
Nickel	25.00-100.0
Phosphorous	0.001-0.025
Silicon	0.01-1.50
Sulfur	0.0001-0.01
Titanium	0.0001-6.0
Tantalum	0.01-0.15
Tin	0.001-0.020
Tungsten	0.01-5.0
Vanadium	0.0005-1.0
Zirconium	0.01-0.10

1.2 The following elements may be determined using this method.

Element	Quantification Range (Mass Fraction, %)
Aluminum	0.010-1.50
Boron	0.004-0.025
Carbon	0.014-0.15
Chromium	0.09-20.0
Cobalt	0.05-14.00
Copper	0.03-0.6
Iron	0.17-20
Magnesium	0.001-0.03
Manganese	0.04-0.6
Molybdenum	0.07-5.0
Niobium	0.02-5.5
Phosphorous	0.005-0.020
Silicon	0.07-0.6
Sulfur	0.002-0.005
Tantalum	0.025-0.15
Tin	0.001-0.02
Titanium	0.025-3.2
Tungsten	0.02-0.10
Vanadium	0.005-0.25
Zirconium	0.01-0.05

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