Suppose, by rapid solidification from the liquid state, that a supersaturated
Al-8%Li
alloy can be produced and subsequently aged. For the
Al-Li
alloy, the composition of the
\beta
is about
20.4%Li
and that of the
\alpha
is approximately
2%Li
at a typical aging temperature or at room temperature. Compare the amount of
\beta
that will form in this alloy with that formed in a 2090 alloy. The 2090 alloy contains
2.4%Li
. (Express your answer to three significant figures.)
%\beta _(A1-8%Li)-%\beta _(2090)=%

Question

Suppose, by rapid solidification from the liquid state, that a supersaturated

Al-8%Li

alloy can be produced and subsequently aged. For the

Al-Li

alloy, the composition of the

\beta

is about

20.4%Li

and that of the

\alpha

is approximately

2%Li

at a typical aging temperature or at room temperature. Compare the amount of

\beta

that will form in this alloy with that formed in a 2090 alloy. The 2090 alloy contains

2.4%Li

. (Express your answer to three significant figures.)

%\beta _(A1-8%Li)-%\beta _(2090)=%

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