Nuclear Data Section
International Atomic Energy Agency
P.O.Box 100, A-1400 Vienna, Austria

Memo CP-D/405

Date:
To:
From:

Subject:

7 July 2004
Distribution
O. Schwerer

New dictionaries for EXFOR / CINDA2001

1. As decided at the last NRDC meeting, a number of new and revised dictionaries wereprepared by NDS, based on earlier discussions and NRDC decisions. These dictionaries are
distributed herewith in draft form, in archive format and as a DANIEL backup file (which isan ASCII file containing all dictionaries), with the exception of the new nuclides dictionary
227 which will be included once it is provided by NNDC. Your feedback will be appreciated.
2. An "ordinary" dictionary transmission, containing many additions but still without the new
dictionaries and keeping all old formats, was distributed on 2 July for immediate use, giving
the dictionaries as usual in archive, TRANS, and backup format. The "trial" version of the
new dictionaries has the number 9185; it also contains the additions and modifications
introduced for 9085.
3. The format and contents of the new / modified dictionaries follows the decisions of the last
NRDC meeting, with one exception concerning the correspondence between "EXFOR
quantities" (dictionary 36 / 236) and the "new CINDA quantities" (new dictionary 45), forwhich we propose a new dictionary 213 (which will eventually replace current dictionary 13.)
(Here and in all following explanations, the dictionary numbers refer always to the archive
dictionaries, unless indicated otherwise.) The reasons for this proposal are given below.
4. Those new dictionaries dealing with CINDA and EXFOR quantities and their relations aremeant not only for internal use but also to help improving the usability and user-friendlinessof data retrievals in our new systems. Therefore, I tried to streamline the hierarchy ofquantities and quantity categories used for EXFOR and CINDA compilation and web
retrieval. Currently, we have EXFOR quantities (dictionary 36 with more than 900 entries),
Reaction types (dictionary 13 with more than 90 entries), old/new CINDA quantities (morethan 40 entries) and Web retrieval quantities (23 categories). Though this looks like ahierarchy with decreasing detail, it is rather confusing because in general there are "many-tomany" relations. E.g., the CINDA quantity "Fission fragment spectra" corresponds to several
Web quantities although there are less web quantities than CINDA quantities. Since we want
to offer various levels of detailed retrievals (already now we use 3 of these 4 categories forthis purpose), I find such complicated relations confusing and unsatisfactory.

5. Therefore I made an attempt to streamline this hierarchy such that every "Reaction Type"(dictionary 13) belongs to only one new CINDA quantity, and every new CINDA quantity
belongs to only one Web quantity. As before, every EXFOR quantity from dictionary 36
belongs to only one Reaction Type from dictionary 13. This way, there is a clear hierarchy
without any many-to-many relations:
EXFOR quantity -> Reaction Type -> New CINDA quantity -> Web quantity(~900)(~100)(~45)(~26)(Dict. 36/236)(Dict. 13/213)(Dict. 45)(Dict. 113)

6. To achieve this, 3 additional web quantities and a number of new Reaction types must be
introduced. (I also propose 2 additional CINDA quantities but these are not mandatory tomaintain consistency.) The additional Reaction Types are needed because dictionary 13
serves also to indicate to the check program which independent variables (such as angles orsecondary energies) are required for a particular quantity; therefore some quantity groups
which often need not be distinguished for a retrieval, must appear as different Reaction Types.
However the number of entries in dictionary 13 is increasing only moderately (from around
90 to around 110) which in my opinion should not be disturbing.
7. As a consequence of the above, it is not necessary to add an extra column to dictionary 36/
236 for the corresponding new CINDA quantity (this was foreseen in Conclusion C7 of last
year's NRDC meeting, replacing the earlier idea of introducing a separate dictionary 46 forthis correspondence list). Instead, it is sufficient to add a column to the much smaller
dictionary 13 (Reaction types). This is much easier to understand and at the same time easier
to maintain. This modified version of dictionary 13 is called dictionary 213.
8. A remark on the new CINDA quantities (given in dictionary 45): These were essentiallyagreed long ago and I made no attempt to redesign this list from scratch. They wereintroduced with the purpose of being as compatible as possible with the old CINDA quantities
while allowing the compilation of non-neutron data. They were not optimized for usage in
EXFOR retrievals. If we want to do this, and if we don't mind making more changes to thislist, several exotic new CINDA quantities (some of which correspond to only a handful of
EXFOR entries) could be combined into one CINDA quantity (in particular: D3A, D3E, D4A,
DAA could be combined into one; CST could be combined with CS; EMC and LMC could be
combined with COR; see correspondence tables on the following pages and dictionary 45).
These possible additional changes are not included in the draft set of dictionaries now
submitted. Concerning additional retrieval possibilities, I am not in favor of introducing themby adding more CINDA quantities; I think they can more effectively be realized on the
EXFOR level (extended / advanced request with appropriate help).
9. Below I give

• a table of all modified or new dictionaries;• to illustrate the above ideas, two easy-to-read correspondence lists: Web quantity CINDA quantity and CINDA quantity - Reaction Type;• an update of Vicki McLane's description of the Archive Dictionaries including the
proposed changes and additions.

10. All new or modified dictionaries are available in archive and DANIEL backup format
from the NDS open area, subdirectory TRANS.DICTS.NEWDICTS_2004. Although I
consider them as drafts, they should be (hopefully) in a stage ready for use. Any feedback is
welcome. Please separate comments on the "ordinary contents" (i.e. applicable also to the"ordinary" dictionary transmission 9085) from feedback on the new dictionaries.
Please send your feedback before 15 August. The EXFOR dictionaries (TRANS format)
will be produced for the final version when all feedback has been received.

New and revised Archive Dictionaries

Dictionary

New / Modified Contents

Format745
47

ModifiedNew
New

Unchanged

48

New

Only conference codes
New CINDA quantities
Correspondence old / new CINDA
quantities
Energy values for spectrum averages

52
113
144
207
209

New
New
New
New
New

CINDA reader codes
Web retrieval quantities
Eval.lib. codes for CINDA, revised
Books (moved from Dict. 7)
Compounds (moved from Dict. 27)

Similar to Dict. 44
Same as Dict. 7
Same as Dict. 27

213

New (newproposal)
New
New

Dict. 13 plus new CINDA quantity

Similar to Dict.13

235
236

Work types
Quantities. As Dict. 36, with new
Reaction types included

Remarks

I included also other alphabetical energy codes; to be
decidedNumerical equivalents
removed, more space for
expansions (as foreseen in
Concl. C5 of 2003 NRDC)

Will replace dictionary 44
Kept format of old Dict. 27 forconvenience
Will replace dictionary 13

Will replace Dictionary 36

Correspondence Web quantity - CINDA quantity
New codes are given in bold italic
Web
Corresponding
Quantity CINDA quantities(D.113)(Dict.45)

Expansion of Web quantity

COR
CS
CSP
CST
DA
DAE
DAP
DE
DEP
E
FY
INT
L
MFQ
MLT
NQ
POL
PY
RI
RP
RR
SP
SQ
TT
TTD
TTP

Secondary particle correlations
Cross section data
Partial cross section data
Temperature dependent cross section data
Differential data with respect to angle
Differential data with respect to angle and energy
Partial differential data with respect to angle
Differential data with respect to energy
Partial differential data with respect to energy
Kinetic energies
Fission product yields
Cross section integral over incident energy
Scattering amplitudes
Miscellaneous fission quantities
Outgoing particle multiplicities
Nuclear quantities
Polarization data
Product yields
Resonance integrals
Resonance parameters
Reaction rates
Gamma spectra
Special quantities
Thick target yields
Differential thick target yields
Partial thick target yields

EMC,LMC,EC,COR
TSL,CS,POT
CSN,CSPCST
DA,DAT,DAA,DT
D3E,DAE,D3A,D4A
DAP
DE,DP
DEP
KE
FY,FRSINT
AMP
NU,ALF,NUD,ETA
MLT
NQ
POD,POL
PY
RI
RP
RR
SPC
KER,SIFTT
TTD
TTPCorrespondence CINDA quantity - Reaction TypeNew codes are given in bold italic
New CINDA Reaction Reaction Type Expansion
Quantity Type
(Dict.45) (Dict.13)
ALF

ALF
ALR
L P

AMP
L
COR
CS
CSN
CSP
CST
D3A
D3E
D4A
DA

DAA
DAE
DAP
DAT
DE
DEP
DP
DT
EC
EMC
ETA
FRS

FY

INT

CO
COD
COP
CS
CS+
CS 4
DN
CSP
CSP4
CST
D3A
D3E
D4A
FL
FS2
FS
FC
DA
D2P
DAA
DAE
DAP
FLP
FCP
FLT
DE 4
DE
DEP
DP
DT
EC
MC
ETR
ETA
FFA
FFE
FFL
FAT
FFS
FFC
ZPA
ZPP
FYA
FYZ
FYP
FYE
ZP
FY
IAP
IDA

Alpha (capture-to-fission cs ratio)
Alpha at resonancePartial length or amplitude
Length or amplitude
Angular correlation
Angular correlation d/dE'
Partial angular correlation
Cross section
Cross section (nonstandard)
Differential d/dAngle * 4pi
Diff. by no. of outgoing neutrons
Partial cross section
Partial differential d/dAngle * 4pi
Temperature dependent cross section
Triple differential dAngle1/dAngle2/dE'
Triple differential dAngle/dE1'/dE2'
Quadruple diff. dAng1/dAng2/dE1'/dE2'
Legendre coefficient
Sine**2 coefficientSine coefficient
Cosine coefficient
Differential d/dAngle
Partial double diff. dAngle1/dAngle2
Double differential dAngle1/dAngle2
Double differential dAngle/dE'
Partial differential d/dAngle
Partial Legendre coefficientPartial cosine coefficient
Temperature-dependent Legendre coefficient
Differential d/dAngle/dE' * 4pi
Differential d/dE'
Energy spectrum for specific group
Diff.by linear momentum of outg.part.
Diff.by 4-momentum transfer squared
Energy correlation
Effective mass correlation
Neutron yield (Eta) at resonance
Neutron yield (Eta)
Fission fragment angular distribution d/dA
Fission fragment spectrum d/dE'
Fiss. fragment ang.distr.,Legendrecoeff.
Fiss.fragm.ang.dist.,Temp.-dep.Leg.coeff.
Fission fragment ang.distr.,Sine**2 coeff.
Fission fragment ang.distr.,Cosine coeff.
Most prob. mass/charge as a fn. of angle
Most prob.mass/charge for given fragm.en.
Fission product yield as fn. of angle
Fission mass yieldFiss.prod.yield as fn.of sec.part.energy
Fission product yield, differental, d/dE
Most probable mass/charge
Fission product yield
Cross sect.integral over inc.en for partl.angle
Cross section integral over inc.en., d/dAngle

KE

KER
LMC
MLT

NQ
NU

NUD

POD

POL
POT
PY

RI
RP
RR
SIF
SPC

TSL
TT
TTD

TTP

INP
INT
INT4
E P
RPE
E A
EDA
E
KER
LC
LCP
MTA
MLT
YAE
MTE
NQ
NUR
NUE
NU
NUD
PN
G *
PDT
PPD
PDE
PTP
POD
PTD
P3A
POF
PPO
PO
POT
PY
PY+
PYP
PY2
PYA
RIL
RI
RE
RPP
RP
RR
SIF
SPA
SP
SPR
SPP
TSL
TT
TT+
TDA
TDP
TD2
TDE
TTP

Cross sect.integral over inc.en. for given E' or level
Cross section integral over incident energy
Cross section integral over inc.en., d/dAngle * 4pi
Kinetic energy for specific groups
Resonance kinetic energy
Kinetic energy as a fn. of angle
Kinetic energy, differential, d/dAngle
Kinetic energy
Kerma factor
Linear momentum correlation
Partial linear momentum correlation
Multiplicity d/dA
Multiplicity
Double-diff. mutiplicity for thick target
Multiplicity, partial or d/dE
Nuclear quantity
Neutron yield at resonance
Neutron yield dep.on sec.particle energy
Neutron yield (nu-bar)
Delayed neutron yield (nu-bar delayed)
Delayed neutron emission probability
Yield of half-life group
Differential polarization, d/d(-t)
Partial differential polarization, d/dAngle
Differential polarization, d/dAngle/dE'
Partial differential polarization, d/dAngle, tensor
Differential polarization, d/dAngle
Differential polarization, d/dAngle, tensor
Analyzing power dA1/dA2/dE1 for 2 particles
Polarization fitting coefficientPartial polarization
Polarization
Potential scattering cross section
Product yield (other than fission)
Product yield (other than fission, nonstandard)
Partial product yield
Double-diff. Product yield d/dAngle/dEnergy
Product yield d/dAngle
Resonance integral over limited energy range
Resonance integral
Resonance energy
Partial resonance parameter
Resonance parameter
Reaction rate
Self-indication function
Secondary energy spectrum as a function of angle
Secondary energy spectrum
Spectrum at resonancePartial secondary energy spectrum (for given level)
Thermal-neutron scattering cross section
Thick target yieldThick target yield (nonstandard)
Differential thick target yield, d/dAngle
Partial differential thick target yield, d/dAngle
Differential thick target yield, d/dAngle/dE'
Differential thick target yield, d/dE'
Partial thick target yield

ARCHIVE DICTIONARIES
Victoria McLane, July 2003
Update by O. Schwerer, June 2004 (Draft)

The NRDC Dictionary Archive consists of a dictionary index file and a set of dictionary files, one
for each dictionary, and contains all information necessary for the production of the DANIEL
database, and the EXFOR and CINDA dictionaries.
The format and contents of the Archive Dictionary files are described on the following pages.

General Format
Dictionary Index
The dictionary index contains a list of all of the dictionary files stored, along with supplemental
information.
The format of dictionary index line is:Column(s)

1-3:
5-34:
36-37:
39-78:

Dictionary number
Dictionary name# of DANIEL keys
DANIEL record format

Dictionary Files
The dictionary files consist of two types of records: MASTER records and COMMENT records.
The general format of a MASTER record is:Column(s)

1:
2-4:
6-11:
13-42:
44-118:

Alter flag
Status Code
Data of entry or last update
Key
Codes, expansions, etc. Format and contents are given under eachdictionary.

The general format of a COMMENT record is (exceptions are noted under each dictionary):
Columns
1-33:
blank
44-88:
comment

Alteration Flags
Dictionary updates are recorded on the Master Archive files by adding an alteration flag and thedate of alteration. When a new transmission is run the flags are used to process the records for the
output files, and are deleted from the Master Archive files.
The following flags are used to indicate an alteration to a dictionary record.
A The record has been added
D The record is marked for deletionM
A modification has been made to the Code-expansion field
S The status has been changed

Status Codes
A list of legal status codes (for all dictionaries) follows.
CIN
EXT
INT
OBS
PRE
PRO
TRA

CINDA
used only by CINDA
extinct
no longer applies, but valid for older data setsinternal
used only by DANIEL Systemobsoletenot to be used on EXFOR exchange files
preliminary
do not need approval or are approved
proposed
are not yet approved
transmitted sent to all centers on Dictionary transmission fileContents of Dictionaries
The contents of the archive dictionaries are given on the following pages, along with the format of
the MASTER records and any exceptions to the format of the COMMENT records.
For each MASTER record, the primary key is given first with the actual length of the key. (Note,however, that all primary keys are stored as 20-character strings.) Following the primary key, thesecondary key (for the DANIEL database), if it exists, and the contents of the dictionary line fields
are given. Note that the secondary key is also the first dictionary line field. The dictionary line isstored as an 80-character string.

Dictionary 1: SYSTEM IDENTIFIERS
MASTER RECORD:
KEY: EXFOR CODE (A10)field 1: INTERNAL NUMERICAL EQUIVALENT (I9)field 2: EXPANSION (A55)
Dictionary 2: INFORMATION IDENTIFIERS
MASTER RECORD:
KEY: EXFOR CODE (A10)field 1: EXPANSION (A25)
field 2: KEYWORD REQUIRED (A1)
R - required
B - one required
X - required when relevant
field 3: INTERNAL NUMERICAL EQUIVALENT (I2)
field 4: CODE REQUIRED OR OPTIONAL (A1)
R - required codeO - optional code
field 5: blank (A1)
field 6: EXFOR REQUIREMENT CODES (A22)
field 7: EXFOR dictionary (A11)

Dictionary 3: INSTITUTE CODESMASTER RECORD:
KEY1: EXFOR CODE (A7)KEY2: field 1: 3-character CINDA CODE (A3)field 2: AREA, COUNTRY CODE (A4)field 3: EXPANSION (A53)
field 4: COUNTRY, ORG. CODE FOR CINDA (A15)
COMMENTS:
Column 44:
comment flag
= CINDA comment
Columns 45-88: comment

Dictionary 4: REFERENCE TYPEMASTER RECORD:
KEY: EXFOR CODE (A1)
field 1: SHORT EXPANSION (A4)field 2: POINTER TO RELATED DICTIONARY (A3)field 3: LONG EXPANSION (A35)Dictionary 5: JOURNAL CODESMASTER RECORD
KEY1: EXFOR CODE (A6)KEY2: field 1: CINDA CODE (A4)field 2: AREA-COUNTRY CODE (A4)field 3: ADDITIONAL AREA-COUNTRY OR ORGANIZATION CODE (A4)
1st character area code: 2nd country of origin
T: country of original publication
blank: organization code (1st code = nZZZ)
field 4: SHORT EXPANSION (A20)
field 5: EXPANSION (A48)
COMMENTS:
Column 44:
comment flag+
addition to title*
full title.
translation of title=
CINDA comment
Columns 45-88: comment
Dictionary 6: REPORT CODESMASTER RECORD:
KEY: EXFOR CODE (A11) (CINDA key is 8-character truncation of code)
field 1: INSTITUTE CODE (A7)field 2: EXPANSION (A48)
field 3: CINDA FLAG (A1)
* Expansion not entered in CINDA book dictionary
COMMENTS:
Column 44:
comment flag
= CINDA comment
Columns 45-88: comment
Note: This dictionary contains CINDA codes flagged with the status code CIN, which are notsimply truncations of the 10-character EXFOR code.
Dictionary 7: CONFERENCE CODESMASTER RECORD:
KEY: EXFOR CODE (A10) (CINDA key is 8-character truncation of code)
field 1: EXPANSION (A53)
field 2: AREA-COUNTRY CODE (A4)field 3: 2ND AREA-COUNTRY OR ORGANIZATION CODE (A4)
1st character area code: 2nd country of origin
T: country of original publication
blank: organization code (1st code = nZZZ)
field 4: CINDA SHORT CODE (A10)
COMMENTS:
Column 44:
comment flag
( EXFOR long expansion= CINDA comment
Columns 45-88: commentDictionary 8: ELEMENTS
MASTER RECORD:
KEY1: Z-NUMBER OF ELEMENT (I3)KEY2: field 1: ELEMENT SYMBOL (A2)field 2: ELEMENT NAME (A20)
Dictionary 10: STANDARD REACTIONS (CSISRS)MASTER RECORD:
KEY: CSISRS CODE line format output (A2)field 1: EXPANSION (A24)
field 2: INTERNAL NUMERICAL EQUIVALENT (A56)
Dictionary 11: FORBIDDEN REACTIONS (CINDA)
MASTER RECORD:
KEY: EXFOR CODE (A8)field 1: EXFOR CODE (A50)
Dictionary 12: CINDA QUANTITIESMASTER RECORD:
KEY: CINDA CODE (A3)field 1: FISSION FLAG (A1)
field 2: INTERNAL NUMERICAL EQUIVALENT (I4)
field 3: CINDA SHORT EXPANSION (A14)
field 3: EXPANSION (A50)
Dictionary 13: REACTION TYPE (for Dictionary 36)
MASTER RECORD:
KEY: EXFOR CODE (A3)field 1: COMPUTATION FORMAT (A5)field 2: ONLINE SYSTEM CODE (A4)field 3: INDEPENDENT VARIABLE FAMILY CODE (I10)
field 4: EXPANSION (A65)
Dictionary 14: REACTION DIMENSIONS (for Dictionary 36)
MASTER RECORD:
KEY: EXFOR CODE (A1)
field 1: EXPANSION (A55)
Dictionary 15: HISTORY CODESMASTER RECORD:
KEY: EXFOR CODE (A1)
field 1: SHORT EXPANSION (A15)
field 2: LONG EXPANSION (A45)Dictionary 16: STATUS CODESMASTER RECORD:
KEY: EXFOR CODE (A5)field 1: INTERNAL NUMERICAL EQUIVALENT (I5)
field 2: EXPANSION (A55)
field 3: SUBACCESSION # FIELD FLAG (A1):
Dictionary 17: RELATED REFERENCE CODESMASTER RECORD:
KEY: EXFOR CODE (A1)
field 1: EXPANSION (A53)
Dictionary 18: FACILITYMASTER RECORD:
KEY: EXFOR CODE (A5)field 1: EXPANSION (A53)
field 2: SPECIAL USE CODE (A4)
NEUT, PHOT
Dictionary 19: INCIDENT SOURCEMASTER RECORD:
KEY: EXFOR CODE (A5)field 1: EXPANSION (A53)
field 2: SPECIAL USE CODE (A4)
NEUT, PHOT
field 3: DELIMITER CODE (A1)
Dictionary 20: ADDITIONAL INFORMATIONMASTER RECORD:
KEY: EXFOR CODE (A5)field 1: EXPANSION (A53)
Dictionary 21: METHODMASTER RECORD:
KEY: EXFOR CODE (A5)field 1: EXPANSION (A53)
field 2: SPECIAL USE CODE (A4)FY, NEUT, PHOT
Dictionary 22: DETECTOR
MASTER RECORD:
KEY: EXFOR CODE (A5)field 1: EXPANSION (A53)
field 2: SPECIAL USE CODE (A3)FY, NEU, GAM

Dictionary 23: ANALYSISMASTER RECORD:
KEY: EXFOR CODE (A5)field 1: EXPANSION (A53)
field 2: SPECIAL USE CODE (A4)
PHOT, RP
Dictionary 24: DATA HEADINGSMASTER RECORD:
KEY: EXFOR CODE (A10)field 1: DATA TYPE (2I1)
1st integer 0: flags, etc.
2nd integer

1:flag2: decay flag
3:level flag
4: miscellaneous data
1: assumed values
2nd integer 1: monitor
5:assumed
2: data
2nd integer 1:data
3: ratio
3: resonance parameter2nd integer 1: quantum number
2: energy
4: incident energy
2nd integer 1: energy
2: momentum
3: spectrum energy
4: spectrum temperature
5: secondary energy
2nd integer 1: particle energy
2: level energy
3: excitation energy
4: Q value
5: energy degradation
6: energy gain
7: level number
8:linear momentum
9:polarity
6: angle
2nd integer 1: angle
2: cosine
7: q (momentum transfer)
8: wave number
7: number
2nd integer 5: coefficient number
6: kq

Dictionary 24: DATA HEADINGS (continued)
8: other variable
2nd integer 2: sample temperature
3: sample thickness
4: polarization
5: half-life
6: group number
7: decay constant
9: isotope/particle identification
2nd integer 1: element
2: mass
3: isomer
4: monitor element
5: monitor mass
9: emitted nucleons
field 2: FAMILY CODE (A1)
field 3: PLOTTING FLAGS (I7)
col 1-3 - independent variable
col 4-6 - dependent variable
col 1 & 4: variable
1 - value
2 - minimum
3 - maximum
4 - approximate
5 - one of multiple variables
9 - uncertainty or resolution
if col 1 = 1-5:
col 2: 1 - numerator
2 - denominator
if col 1 or 4 = 9:
col 2 & 5: +error; col 3 & 6: -error
1 - error
2 - resolution
3 - half resolution
4 - statistical error
5 - partial error
col 7 - reference frame flag
1 - c.m. systemfield 4: UNIT CODE (A4)field 5: SPECIAL USE FLAG (A1)
H = for relativistic heavy-ion data
field 6: EXPANSION (A55)Dictionary 25: DATA UNITSMASTER RECORD:
KEY: EXFOR CODE (A10)field 1: EXPANSION (A35)
field 2: FAMILY CODE (A4)field 3: CONVERSION FACTOR (E11)
field 4: SORTING CODE (A3)
Dictionary 26: UNIT FAMILY CODESMASTER RECORD
KEY: UNIT FAMILY CODE (A4)field 1: DICTIONARY 24 USE (I2)
field 2: DICTIONARY 25 USE (I2)
field 3: DICTIONARY 36 USE (I2)
field 4: EXPLANATION (A50)
Dictionary 27: NATURAL ISOTOPIC MIXTURES, NUCLIDES AND COMPOUNDSMASTER RECORD:
KEY1: EXFOR CODE (A10)
KEY2: field 1: CINDA CODE (A5)field 2: INTERNAL NUMERICAL EQUIVALENT (I6)
field 3: NUCLIDE USES (A13)(See EXFOR Chapter 7 for field contents)
field 4: SPIN (E5)
field 5: for isotopes, ISOTOPIC ABUNDANCE (E11)for natural element, ATOMIC WEIGHT (E11)
field 6: EXPANSION (A25)
filed 7: COMPOUND FLAG (A1) = '*'COMMENT RECORD
Columns 44-45: OUTPUT DICTIONARY NUMBER FOR DANIEL (I2)
(blank after 1st MASTER Record).
Columns 46-98: COMMENT
Dictionary 30: PROCESS CODESMASTER RECORD:
KEY: EXFOR CODE (A3)field 1: INTERNAL NUMERICAL EQUIVALENT (I10)
field 2: EXPANSION (A55)
Dictionary 31: BRANCH CODESMASTER RECORD:
KEY: EXFOR CODE (A3)field 1: INTERNAL NUMERICAL EQUIVALENT (I10)
field 2: EXPANSION (A55)Dictionary 32: PARAMETER CODESMASTER RECORD:
KEY: EXFOR CODE (A3)field 1: INTERNAL NUMERICAL EQUIVALENT (I10)
field 2: EXPANSION (A55)
field 3: SPECIAL USE CODE (A4)
Dictionary 33: PARTICLESMASTER RECORD:
KEY: EXFOR CODE (A3)field 1: INTERNAL NUMERICAL EQUIV: Reaction SF2,3 (I6)
field 2: INTERNAL NUMERICAL EQUIV: Reaction SF7 (I5)
field 3: ALLOWED SUBFIELD FLAG (A4)field 4: EXPANSION (A40)
COMMENT RECORD
Columns 44-45: OUTPUT DICTIONARY NUMBER FOR DANIEL (I2)
Columns 46-98: COMMENT
Dictionary 34: MODIFIERS
MASTER RECORD:
KEY: EXFOR CODE (A3)field 1: INTERNAL NUMERICAL EQUIVALENT (I10)
field 2: GENERAL QUANTITY MODIFIER FLAG (A5)field 3: EXPANSION (A55)
COMMENT RECORD
Column 1:
Flag* replaces EXFOR expansion
Columns 45-99: Comment
Dictionary 35: DATA TYPEMASTER RECORD:
KEY: EXFOR CODE (A5)field 1: INTERNAL NUMERICAL EQUIVALENT (I10)
field 2: EXPANSION (A40)
Dictionary 36: QUANTITIESMASTER RECORD:
KEY: EXFOR CODE (A30)
field 1: INTERNAL NUMERICAL EQUIV. Reaction SF5 (I6)
field 2: INTERNAL NUMERICAL EQUIV. Reaction SF6 (I6)
field 3: INTERNAL NUMERICAL EQUIV. Reaction SF7 (I6)
field 4: INTERNAL NUMERICAL EQUIV. Reaction SF8 (I6)
field 5: REACTION TYPE (A3)field 6: REACTION DIMENSION (A1)
field 7: FAMILY CODE (A4)field 8: EXPANSION (A48)
COMMENT RECORD
Columns 44-87: COMMENT

Dictionary 37: RESULTMASTER RECORD:
KEY: EXFOR CODE (A5)field 1: EXPANSION (A53)
Dictionary 43: NLIB for Evaluated Libraries
MASTER RECORD:
KEY: NLIB NUMBER (A2)field 1: LIBRARY NAME (A40)
Dictionary 44: Data Libraries
MASTER RECORD:
KEY: LIBRARY NAME (A20)
field 1: AREA-COUNTRY CODE (A4)field 2: AREA-COUNTRY, ORGANIZATION CODE (A4)
1st character: area code; 2nd country of origin
blank; organization code (1st code = nZZZ)
field 3: EXPANSION (A55)
Dictionary 45: New CINDA Quantities (new)MASTER RECORD:
KEY: NEW CINDA QUANTITY (A15)
field 1: WEB QUANTITY (A7)field 2: EXPANSION (A53)
Dictionary 47: Old / New CINDA Quantities (new)MASTER RECORD:
KEY: OLD CINDA QUANTITY (A15)
field 1: REACTION (A10)field 2: NEW CINDA QUANTITY (A4)
Dictionary 48: Alphabetic energy values for CINDA (new)MASTER RECORD:
KEY: ENERGY CODE (A15)
field 1: BOOK EXPANSION(A10)field 2: DESCRIPTION (A58)
Dictionary 52: CINDA Reader Codes (new)MASTER RECORD:
KEY: READER CODE (A15)
field 1: CINDA READER(A60)
field 2: COUNTRY (A15)
Dictionary 113: Web Quantities (new)MASTER RECORD:
KEY: WEB QUANTITY (A15)
field 1: EXPANSION (A53)Dictionary 144: Data Libraries for new CINDA (new)MASTER RECORD:
KEY: REF-TYPE, LIBRARY NAME (A20)
field 1: AREA-COUNTRY CODE (A4)field 2: AREA-COUNTRY, ORGANIZATION CODE (A4)
1st character: area code; 2nd country of origin
blank; organization code (1st code = nZZZ)
field 3: EXPANSION (A55)
Dictionary 207: BOOK CODES (new)MASTER RECORD:
KEY: EXFOR CODE (A10) (CINDA key is 8-character truncation of code)
field 1: EXPANSION (A53)
field 2: AREA-COUNTRY CODE (A4)field 3: 2ND AREA-COUNTRY OR ORGANIZATION CODE (A4)
1st character area code: 2nd country of origin
T: country of original publication
blank: organization code (1st code = nZZZ)
field 4: CINDA SHORT CODE (A10)
Dictionary 209: COMPOUNDS (new)MASTER RECORD:
KEY1: EXFOR CODE (A10)
KEY2: field 1: CINDA CODE (A5)field 2: INTERNAL NUMERICAL EQUIVALENT (I6)
field 3: NUCLIDE USES (A13)(See EXFOR Chapter 7 for field contents)[ field 4: SPIN (E5)] not used[field 5: for isotopes, ISOTOPIC ABUNDANCE (E11)for natural element, ATOMIC WEIGHT (E11)] not usedfield 6: EXPANSION (A25)[field 7: COMPOUND FLAG (A1) = '*'] not needed
COMMENT RECORD
Columns 44-35: OUTPUT DICTIONARY NUMBER FOR DANIEL (I2)
(blank after 1st MASTER Record).
Columns 46-98: COMMENT
Dictionary 213: REACTION TYPE WITH NEW CINDA QUANTITY (new)MASTER RECORD:
KEY: EXFOR CODE (A3)field 1: NEW CINDA QUANTITY (A5)field 2: WEB QUANTITY (A4)field 3: INDEPENDENT VARIABLE FAMILY CODE (I13)
field 4: EXPANSION (A65)

Dictionary 235: WORK TYPE (new)MASTER RECORD:
KEY: CINDA CODE (A1)

field 1: SHORT EXPANSION (A6)
field 2: LONG EXPANSION (A20)

Dictionary 236: QUANTITIES (new)MASTER RECORD:
KEY: EXFOR CODE (A30)
field 1: REACTION TYPE (A3)field 2: REACTION DIMENSION (A1)
field 3: FAMILY CODE (A4)field 4: EXPANSION (A72)
COMMENT RECORD
Columns 44-87: COMMENT (LONG EXPANSION)

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