Using spectral line profiles as a diagnostic of the plasma electron density Page: 4 of 21
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However, if a items are asked for, n entries must be maue, except when
carnage return (denoted CR below), which implies a aefault is acceptable
fur tie entire input string.
ine program is most easily discussed in three sections:
1) Experimental Data Set (l Detault)
When tire program starts, tile first input is the experimental
data set name, which must oe no greater than 10 characters. Thrs
must be enterea; there is no default.
2) Lstrumental Line Shape (Default Allowed)
The ne.At input is Lne in- trument Half-rIolf wiun, in." V, and
the type of instrument function 1 = Lorentzicn, 0 = Gaussian.
ine defult, i.t., a Ci response, yieluS a LreniZtlan with a
ialf-nulf niotn of .025 tV.
3) Profile Information (fo Defaults)
ine request for input profile information requires three
a) Input Profile Number:
inis is the number aenoting wniicn transition of a
particular element is requires. See Table I for the full
list of numbers.
[his is request for the ion species type;
1 = 'yurogenic, [ = nelium-like, 4 = lithium-like.
Here’s what’s next.
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Lee, R.W. & Matthews, D.L. Using spectral line profiles as a diagnostic of the plasma electron density, report, August 1, 1981; [Livermore,] California. (https://digital.library.unt.edu/ark:/67531/metadc1114107/m1/4/: accessed March 19, 2019), University of North Texas Libraries, Digital Library, https://digital.library.unt.edu; crediting UNT Libraries Government Documents Department.