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ONLINE SERVICES. Photonuclear Data Index. Main Information about Photonuclear Index Database The main part of the complete Photonuclear Data Index for period of time from 1955 till now has been produced on the base of two comprehensive CDFE /V.V.Varlamov, V.V.Sapunenko, M.E.Stepanov. Photonuclear Data Index 1976 - 1995. Izdatel'stvo Moskovskogo Universiteta, Moscow, 1996/ and JAERI /T.Asami, T.Nakagawa. Bibliographic Index to Photonuclear Reaction Data (1955 - 1992). JAERI-M-93-195, INDC(JPN)-167L, JAERI, Japan, 1993/ indexes. The Photonuclear Data - Abstract Sheets 1955 - 1982 /E.G.Fuller, H.Gerstenberg, NBSIR 83-2742, USA NBS, 1984/ was used also. The combined system of codes for reaction, quantity and reference descriptions has been used, the duplications have been excluded and the data have been merged. The appropriate annual data files for periods from 1996 were added permanently. The TABLE (the data are ordered by isotope and reaction studied.) of Index includes the systematized results of the experimental research of the electromagnetic excitations in atomic nuclei published in period of time from 1955 and the BIBLIOGRAPHY of Index includes the complete references for the original papers. The designations for each element reactions and the term designating of the Index TABLE columns are described in "legend". The complete Photonuclear Data Index 1955-2000 is available also in the hypertext presentation while its two main parts (TABLE and BIBLIOGRAPHY) are available as downloadable sources also. Attention! You may download the source files of Photonuclear Data Index. Note! These compressed files are about 150Kb each! Here are two files containing: The CDFE-JAERI-NBS Photonuclear Data Index 1955-1998. TABLE BIBLIOGRAPHY Note! If you have a problems while uncompressing the files, You may need to download PKUNZIP program.(MS-DOS) SEARCH ENGINE THE REACTION DESIGNATION The 54 groups used of the reactions investigated are as follows: (G,G) is one of the following reactions: G-MON-POL G G-MON G G-BRST-POL G G-BRST G G G G-POL G (G,G~) is one of the following reactions: G-MON-POL G~ G-MON G~ G-BRST-POL G~ G-BRST G~ G G~ G-BRST G~+X G-POL G~ (G,N) is one of the following reactions: G-MON-POL N G-MON N G-BRST-POL N G-BRST N G N G-BRST N-POL G-BRST N+G~ (G,NP) is one of the following reactions: G-MON N+P G-BRST-POL N+P G-BRST N+P G N+P G-BRST N+P+G~ G-MON P+N G-BRST P+N G 2PN G N+P G N+2P (G,N+X) is one of the following reactions: G-BRST N+P+D G-BRST N+P+A G-MON-POL N+P+X G-MON N+2P G-BRST N+2P G-BRST N+D G-BRST N+D+A G-BRST N+A G-BRST N+X G-BRST N+PP (G,2N) is one of the following reactions: G-MON 2N G-BRST 2N G 2N (G,2N+X) is one of the following reactions: G-BRST 2N+P+A G-BRST 2N+2P (G,3N) is one of the following reactions: G-MON 3N G-BRST 3N G 3N (G,XN) is one of the following reactions: G-BRST 4N G-BRST 5N G 5N G-BRST 7N G 7N G 9N G-BRST XN+YP G-MON-POL XN G-MON XN G-BRST XN G XN (G,P) is one of the following reactions: G-MON-POL P G-MON P G-BRST-POL P G-BRST P G P G-BRST-POL P-POL G-BRST P-POL G-BRST P+G~ G-POL P (G,P+X) is one of the following reactions: G-BRST P+2N G-BRST P+3N G-MON P+D G-BRST-POL P+D G-BRST P+D G P+D G-BRST P+D+T G-MON P+T G-MON P+T+T G-BRST P+T G-BRST P+T+A G-BRST P+T+2A G-BRST P+2T G-BRST P+A G-MON P+F G P+A G-MON P+A (G,2P) is one of the following reactions: G-MON 2P G-BRST-POL 2P G-BRST 2P G 2P G-BRST 2P+G~ (G,2P+X) is one of the following reactions: G-BRST 2P+N G 2P+N G-BRST 2P+2N G-BRST 2P+3N G-BRST 2P+5N G-MON 2P+X (G,XP) is one of the following reactions: G-BRST 3P G 3P G-BRST 3P+N G-BRST 3P+3N G-BRST 4P+2N G-BRST 6P+6N G-BRST 6P+11N G-MON-POL XP G-BRST XP G XP G-MON 3P (G,2D) is one of the following reactions: G-BRST 2D G 2D (G,T+X) is one of the following reactions: G-BRST T+HE3 G-BRST T+A (G,XHE) is one of the following reactions: G-BRST-POL 3A G 3A G-BRST 4A G 4A G XA (G,ION) is one of the following reactions: G-BRST BE7 G-BRST BE8 G-BRST C12 G-BRST NA24 (G,D) is one of the following reactions: G-MON D G-BRST-POL D G-BRST D G D G-BRST D+G~ (G,D+X) is one of the following reactions: G-MON D+T G-BRST D+T (G,T) is one of the following reactions: G-MON T G-BRST-POL T G-BRST T G T G-BRST T+G~ G-BRST H3 G-BRST H3+G~ (G,HE) is one of the following reactions: G-BRST-POL HE3 G-BRST HE3 G-BRST HE4 G-MON-POL A G-MON A G-BRST A G A G-BRST A+G~ G-POL 3A G-POL 4A (G,F) is one of the following reactions: G-MON-POL F G-MON F G-BRST-POL F G-BRST F G F (G,X) is one of the following reactions: G-MON X G-BRST-POL X G-BRST X G-BRST X+G~ G X G MS G X G XN+YP (G,E) is one of the following reactions: G E G-BRST PAIR (G,ABS) is one of the following reactions: G-MON ABS G-BRST ABS G ABS (G,MESON) is one of the following reactions: G PI- G PI0 G PI+ G PI G K- G K+ G K (E,E) is one of the following reactions: E-POL E E E (E,E~) is one of the following reactions: E-POL E~ E E~ E E~+G E G (E,E~N) is one of the following reactions: E-POL E~+N E E~+N E N (E,E~NP) is one of the following reactions: E E~+N+P E N+P (E,E~2N) is the following reaction: E 2N (E,E~3N) is the following reaction: E 3N (E,E~P) is one of the following reactions: E-POL E~+P E E~+P E P E P+3N E E~+P-POL E-POL E~+X (E,E~2P) is one of the following reactions: E E~+2P E 2P (E,E~D) is one of the following reactions: E E~+D E D (E,E~T) is one of the following reactions: E E~+T E T E T+G~ E E~+H3 (E,E~HE) is one of the following reactions: E HE3 E E~+A E A E E~+HE3 (E,E~F) is one of the following reactions: E E~+F E F (E,XN) is the following reaction: E XN (E,XP) is the following reaction: E XP (E,X) is one of the following reactions: E E~+X E EX E X E XN+YP E MS (E,ION) is one of the following reactions: E HE6 E LI6 E LI7 E LI8 E BE7 E B11 E C12 E E~+C12 (E,ABS) is the following reaction: E ABS (E,MESON) is one of the following reactions: E PI0 E PI- E PI+ E PI (N,E) is the following reaction: N E (N,G) is one of the following reactions: N-POL G N G (N,2G) is the following reaction: N 2G (N,ABS) is the following reaction: N ABS (P,G) is one of the following reactions: P-POL G P G (D,G) is one of the following reactions: D-POL G D G (T,G) is one of the following reactions: H3 G T-POL G T G (HE,G) is one of the following reactions: HE3 G HE4 G A G (ION,G) is one of the following reactions: LI6 G C12 G O16 G O17 G O18 G S32 G AR40 G TI48 G The terms designating of the table columns are as follows: NUMBER is the six (or seven) - digit number of the work in the CDFE (or JAERI - 7-th symbol "j") bibliographies, formed on the principle YYNNN(j) and determining the year (YY) of publication of the work and its number (NNN); E signifying the presence of the EXFOR format digital data set in the CDFE fund; NUCL is the element symbol with the charge number indicated; A is the element mass number (when the target is made of mixture of isotopes is used, the symbol 0 is used); REACT is a symbol of the reaction regardless the method of its investigation; the particle radiative capture reactions are designated as (N,G), (P,G), (A,G), and so forth, despite the fact that there are the only the final nucleus ground state channels in most cases; QUANTITY is the list of codes of the main results of the research carried out; EN-MIN is the lower limit of the excitation energy EN (in MeV); for the particle induced reactions their symbols EN-E, EN-N, EN-P, and so forth can be designated; EN-MAX is the upper limit of the excitation energy EN (in MeV); for the particle induced reactions their symbols EN-E, EN-N, EN-P, and so forth can be designated; ANG-MIN is the lower value of the angle (in degrees) in lab. system at which measurements were made; in some cases the values for c.m. system can be designated; ANG-MAX is the upper value of the angle (in degrees) in lab. system at which measurements were made; in some cases the values for c.m. system can be designated; REFERENCE is the EXFOR type reference for original publication; AUTHOR is the original publication 1-st author's name ("+" means that other authors exist). SEARCH ENGINE THE CONTENTS OF THE CODES USED Code Contents A alpha-particle ABI absolute integrated cross section ABS absorption ABX absolute cross section ABY absolute yield ANIS anisotropy ASYM asymmetry AVLSP average level spacing A-MOM angular momentum A-POW analizing power BRANCH branching ratio B(EL) reduced transition probability CDENC charge density CDIS charge distribution COINC coincidence CORR correlation D deuteron DEF deformation parameter DNY delayed neutron yield DST angular distribution E electron E level energy E-AV average energy EN incident gamma-quanta energy EN studied nucleus excitation energy EN-N energy of incident particle with its type identification (e.g. - neutron) EN-P energy of incident particle with its type identification (e.g. - proton) EN-... ETOP electron-to-positron ratio of yields or cross sections F fission FBAR fission barrier parameter FBIL fissionability FMF form factor FPRB fission probability FRRNG fission fragment range G gamma-quantum G-WIDTH radiative width INT intensity INTCFC interference coefficient IRAT isomer ratio ISCHR isochromate ISY isomer yield ITOP isomer-to-prompt ratio of yields or cross sections IYR isomer yield ratio J-PI spin-parity K0 (j) neutral kaon K+ (j) positive charge kaon K- (j) negative charge kaon KE kinetic energy KF-DN delayed neutron kinetic function LDEN level density parameter LFT lifetime LOSS energy loss spectrum MANY(NUC) many nucleus investigated MATR matrix element MD angular momentum distribution MDIS mass distribution MES missing energy spectrum MFRP mean free path MIX mixing ratio MLTPL multiplisity MON monochromativity MTRN moment transfer MULT multipolarity N neutron N-AV average number OCPR occupation probability P proton PAIR electron-positron pair PI0 (j) neutral pion PI+ (j) positive charge pion PI- (j) negative charge pion PNY prompt neutron yield POL polarisation PTOA proton-to-alpha ratio of yields or cross sections for photo- and electrodisintegration processes PTOE photon-to-electron ratio of yields or cross sections PTON proton-to-neutron ratio of yields or cross sections for photo- and electrodisintegration processes Q reaction Q-value QMOM quadrupole moment RDI radius RLI relative integrated cross section RLX relative cross section RLY relative yield RMD recoil momentum distribution RSP response function SCAM scattering amplitude SEP separation energy SIG cross section or excitation function SIG-0 ground state cross section SIG-1 excitation state cross section SIG-2 SIG-... SIG-M metastable or isomeric state cross section SIG-V various states cross section SPC energy spectrum SPC-A energy spectrum of alpha-particles in fission SPC-DP energy spectrum of de-excitation photons SPC-IMP impulse distribution SPCTF spectroscopic factor SRE sum rule exhausten STFUN strength function STOAS symmetric-to-asymmetric fission width ratio STR resonance strength S(0) zero-energy factor T isospin T triton TDIS time distribution THR threshold TOT total cross section TTOD triton-to-deuteron ratio of yields or cross sections for photo- and electrodisintegration processes TRDEN transition density TRR thermonuclear reaction rate X nonidentifyed reaction product XX (j) miscellaneous phenomena XN some number of neutrons YP some number of protons SEARCH ENGINE

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