Following are the general rules to be used in both files.
# Author AU Zeijlmans van Emmichoven, P.A.$Bannister, M.E. +$Gregory, D.C.$Havener, C.C.$Phaneuf, R.A.$Bell, E.W. +$Guo, X.Q.$Thompson, J.S.$Sataka, M. Title TI Electron-impact ionization of Si^6+` and Si^7+` ions # JnName JNA PRA Volume VI 47 Page IP 2888 DateofPub DP 1993 Comment CM1
| AU |
Author names of the bibliography. Author's last name is first.
If there are co-authors, mark off each author's name with "$".
For example, if the authors are Thomas Alva Edison and Bill Gates,
write as
Author AU Edison, T.A.$Gates, B.
|
| TI |
Title of the bibliography.
|
| JNA |
Abbreviated journal name. A list of journal names
and abbreviations is
here.
When the data is not published in a journal, write PC (Private
communication).
|
| VI | Volume number of the journal in Arabic numerals.
|
| IP | Page numbers such as 207-250, 207, and L105.
|
| DP | Year of publication.
|
| CM1 | Comment on the bibliography.
|
Record-Number RN 12345 Theory-or-Experiment TE E Method TA BC Element EL Si Ionic-STate IST +7 Initial-State INS Si +7 Initial-Ion-Conf CI Final-State FIS Si +8 Final-Ion-Conf CF Data-Producer PD Transition-Energy EN 303.87 OSC.Strength OS Number-of-Datapoints ND 21 Org-E-EXP SEE 1 Org-CS-EXP CSS A Comment CM Test data by katomasa Ref-ID RI # Normalize-10-X NRM10X 1 Normalize-10-Y NRM10Y -18 # Data-Point-X DTPNTX 200,298,323,347,372,386,396,421, +445,470,494,519,544,593,642,740,789,888,986,1182,1363 Data-Point-Y DTPNTY 0.019,0.004,0.127,0.298,0.355, +0.397,0.500,0.522,0.662,0.642,0.756,0.781,0.826,0.860,0.877, +0.917,0.878,0.952,0.890,0.821,0.812 # Error-Range-X ERRNGX Error-Range-Y ERRNGY 0.072,,0.047,,0.046,,0.033,,0.044,, +0.065,,0.036,,0.045,,0.040,,0.037,,0.059,,0.067,,0.041,,0.067,, +0.040,,0.055,,0.069,,0.056,,0.064,,0.057,,0.056,0.056 # !
(2) Excitation cross section
Record-Number RN 12345 Theory-or-Experiment TE E Method TA BM Element EL Ar Ionic-STate IST +0 INitial-State INS 3p^5`4s ^1`P\1` FInal-State FIS 3p^6` ^1`S Data-Producer PD Transition-Energy EN 11.83 OSC.Strength OS Number-of-Datapoints ND 40 Org-E-EXP SEE 1 Org-CS-EXP CSS A Comment CM The apparatus and an absolute Ref-ID RI # Normalize-10-X NRM10X 0 Normalize-10-Y NRM10Y -18 # Data-Point-X DTPNTX 15,18,20,22,24,26,28,30,32,34, +37,39,43,44,47,49,54,58,64,68, +74,78,80,82,88,98,100,110,120,140, +150,200,300,400,500,600,700,800,900,1000 Data-Point-Y DTPNTY 2.37,0.54,1.52,3.59,5.07,7.69,6.53,6.64,8.17,7.9, +6.8,7.53,6.15,7.01,6.05,6.09,6.93,6.2,5.65,5.85, +5.76,5.26,5.04,5.28,5.23,5.16,5.01,4.86,4.84,4.92, +4.38,3.81,3.08,2.41,2.23,1.79,1.81,1.29,1.25,1.42 Error-Range-X ERRNGX Error-Range-Y ERRNGY # !
| RN | Record number for which you may put arbitrary number. It will be
renumbered in the database.
|
| TE | Classification for theory or experiment. If the data are obtained
theoretically, set "T". If experimental data, set "E".
|
| TA | Abbreviated name of theoretical/experimental methods. The list is
found
here .
|
| EL | Element name. (Chemical name.)
|
| IST | Ionic state (the initial state for the ionization cross section).
Describe with sign("+" or "-") and Arabic numerals.
|
| INS | Initial state. For ionization cross section, describe as
element name and the ionic state with one blank between them.
(For example, C +5)
For excitation cross section, describe the configuration. (For example, 1s2p ^3`P\1`) To write superscripts, enclose with "^" and "`" (back-quotation) For subscripts, enclose with "\" (back slash) and "`".
|
| CI | Initial configuration for ionization cross section if necessary.
Describe similarly to INS.
|
| FIS | Final state. Describe similarly to INS.
|
| CF | Final configuration for ionization cross section if necessary.
Describe similarly to INS.
|
| PD | Data Producer, for the case that the author and data producer are
different.
|
| EN | Transition energy in eV.
|
| OS | Oscillator strength. (omissible.)
|
| ND | Number of data points.
|
| SEE | X data (energy) unit classified as follows:
1 for eV; 2 for Ryd; and 4 for X=E/delta E. Specify the number.
|
| CSS | Y data unit classified as follows:
A for cross section in cm^2; and D for collision strength (Omega). Specify A or D.
|
| CM | Comment on the data.
|
| RI | Reference ID. Please leave it blank since we determine it.
|
| NRM10X | the power of 10 of the normalization for the X data (energy).
|
| NRM10Y | the power of 10 of the normalization for the Y data (cross
section or collision strength).
|
| DTPNTX | X data normalized with 10^{NRM10X}. For X data array each data
point is marked off with a comma "," without any space.
Total length should be within 2000 characters.
|
| DTPNTY | Y data normalized with 10^{NRM10Y}. Data array is in the same
order as X data, DTPNTX.
For example, if Y(1)= 1.56E-13 and the errors are (+0.8E-13,
-0.7E-13), and Y(2)= 9.88E-14 with errors (+3.1E-14, -1.1E-14),
then you may set as
NRM10Y -13
|
| ERRNGX | Error for X data. The difference from X data. Positive error
is first, then negative error without the sign is next, for
each X data point. If the absolute value of the negative error
is the same as one of the positive error, you may omit the
negative error, but you MUST put a comma after the
omitted negative error, as
0.1,,0.2,,0.3,0.4. This means
errors (+0.1,-0.1), (+0.2, -0.2), (+0.3,-0.4) for 3 X points.
Total length should be no more than 2000 characters.
|
| ERRNGY | Error for Y data. The order and the rules are the same as
error for X data, ERRNGX.
|
