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Titanium-iron alloys hydrogen absorption

Impurities in zirconium and zirconium alloys and compounds are often determined by emission spectroscopy. Both carrier distillation techniques and poiat-to-plane methods are available (91,92). Several metaUic impurities can be determined instantaneously by this method. Atomic absorption analysis has been used for iron, chromium, tin, copper, nickel, and magnesium (93). The interstitial gases, hydrogen, nitrogen, and oxygen are most often determiaed by chromatography (81). Procedures for carbon, chloride, fluoride, phosphorus, siUcon, sulfur, titanium, and uranium in zirconium are given in the hteiatuie (81,94—96). [Pg.432]


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Absorption titanium

Alloying titanium

Alloys hydrogen absorption

Hydrogen absorption

Hydrogen alloying

Hydrogen alloys

Hydrogenation alloys

Iron absorption

Iron-titanium alloys

Titanium alloyability

Titanium alloys hydrogenated

Titanium hydrogenation

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