INTERNATIONAL BULLETIN ON ATOMIC AND MOLECULAR DATA FOR FUSION

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1 INTERNATIONAL BULLETIN ON ATOMIC AND MOLECULAR DATA FOR FUSION Number 70 November 2016 Contributors: M. Imai, A. Kramida, D.-H. Kwon, A. Lasa Esquisabel, H. Lee, W.-W. Lee, K.-M. Lim, I. Murakami, M.-Y. Song and U. von Toussaint Editor: H. K. Chung Atomic and Molecular Data Unit Nuclear Data Section, NAPC Division IAEA Editorial Board: B. J. Braams, International Atomic Energy Agency D.-H. Kwon, Korea Atomic Energy Research Institute, Republic of Korea I. Murakami, National Institute for Fusion Science, Japan Yu. Ralchenko, National Institute for Standards and Technology, USA J. S. Yoon, National Fusion Research Institute, Republic of Korea INTERNATIONAL ATOMIC ENERGY AGENCY VIENNA, 2016

2 Copies of the Bulletin may be obtained from Nuclear Data Section International Atomic Energy Agency Vienna International Centre P.O. Box 100 A-1400 Vienna, Austria INTERNATIONAL BULLETIN ON ATOMIC AND MOLECULAR DATA FOR FUSION IAEA, VIENNA, 2016 IBAMD/70 ISSN Printed by the IAEA in Austria November 2016

3 FOREWORD e International Bulletin on Atomic and Molecular Data for Fusion ( the Bulletin ) is prepared by the Atomic and Molecular (A+M) Data Unit of the International Atomic Energy Agency (IAEA) and published and distributed free of charge by the IAEA to assist in the development of fusion research and technology. Each issue of the Bulletin contains additions to AMBDAS since the previous issue. e Bulletin and AMBDAS provide an indexed guide to papers that contain data for atomic structure, spectral lines and intensities (or transition probabilities), atomic and molecular collisions and particle surface interactions. e references and indices included in the Bulletin have been provided by atomic data centres of Data Centre network (DCN), collaborators and IAEA interns: National Institute of Standards and Technology (NIST), Gaithersburg, USA; Korea Atomic Energy Research Institute, Daejeon, Republic of Korea; National Fusion Research Institute, Gunsan, Republic of Korea; National Institute of Fusion Science, Toki, Japan; Max Planck Institute of Plasma Physics, Garching, Germany; University of Helsinki, Helsinki, Finland. e present edition of the Bulletin contains data mainly on atomic structure, spectra and transition probabilities published in the years , electron collisions and surface interaction that appeared in the years Data for heavy particle and photon collisions will be considered for the next Bulletin. Information in this Bulletin is presented in four chapters. e Atomic and Molecular Data Information System (AMDIS) of the International Atomic Energy Agency is briefly presented in Chapter 1. e indexed papers are listed separately for structure and spectra, atomic and molecular collisions, and surface interactions in Chapter 2. e structure and spectra index lines are grouped by process. e first column gives the reactants, the second one the process and then the character of the data contained ( for theoretical, Ex for experimental, and E/T for both experimental and theoretical). e number in the last column is the reference number in Chapter 3 of the Bulletin. e atomic and molecular index lines are grouped by one collision partner (photon, electron or heavy particle). e first column gives the reactants, the second column gives the process, the third column gives the energy range with the appropriate units, and the last two columns are the same as in the structure and spectra index lines. e particle surface interactions index lines are grouped by process. e first column gives the reactants, the second the energy range with the appropriate units, and the last two columns are the same as in the structure and spectra index lines. Chapter 3 contains the bibliographic data for both the indexed and non-indexed references. Under each entry in Chapter 3 index lines (if any) refer back to the classified entries in Chapter 2. Chapter 4 contains the Author Index with references to bibliographic entries contained in Chapter 3. iii

4 Contributions are solicited on data generation work in progress and on new data in the course of publication. Contributions should include an explanation of their applicability to fusion research and should be sent to: Atomic and Molecular Data Unit Nuclear Data Section, NAPC Division International Atomic Energy Agency Vienna International Centre P.O. Box 100 A-1400 Vienna, Austria Web: All data published in the Bulletin are included in AMBDAS, the IAEA Atomic and Molecular Data Unit bibliographic database. AMBDAS is freely available on-line at

5 DISCLAIMER is Bulletin has not been edited by the editorial staff of the IAEA. e views expressed remain the responsibility of the contributors and do not necessarily represent the views of the IAEA or its Member States. e use of particular designations of countries or territories does not imply any judgement by the publisher, the IAEA, as to the legal status of such countries or territories, of their authorities and institutions or of the delimitation of their boundaries v

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7 NEWS ON THE ATOMIC AND MOLECULAR DATA UNIT Coordinated Reasearch Projects (CRP) are the main tool by which the Atomic and Molecular Data Unit collects and evaluates data for the establishment of recommended numerical databases for use in fusion energy research. A CRP is a three to five-year joint project involving approximately 7 to 12 laboratories, research teams or institutes performing coordinated research to achieve a well defined goal (establishment of a particular database, data generation, compilation and assessment for specific types of atomic and molecular (A+M) collision processes, particle surface interaction (PSI) or classes of such processes, etc.). In the years of , two CRPs have concluded and two CRPs have started. e final reports of completed CRPs on Light Element Atom, Molecule and Radical Behaviour in the Divertor and Edge Plasma Regions and on Spectroscopic and Collisional Data for Tungsten from 1 ev to 20 kev are published in Journal of Physics: Conference Series, Vol 576 (2015) and Atoms, Vol 3 (2015). e CRP on Atomic and Molecular Data for State-Resolved Modelling of Hydrogen and Helium and eir Isotopes in Fusion Plasma held its second RCM in July 2013 and the final RCM in March e CRP on Data for Erosion and Tritium Retention in Beryllium Plasma-Facing Materials held the second RCM in August e new CRP on Plasma-Wall Interaction with Irradiated Tungsten and Tungsten Alloys in Fusion Devices held the first and second RCMs in November 2013 and September 2015 and the new CRP on Plasma-wall Interaction with Reduced-activation Steel Surfaces in Fusion Devices held the first RCM on December More information about the CRPs is available on the A+M Data Unit web site. e 22nd and 23rd meetings of the Data Centre Network on Technical Aspects of Atomic and Molecular Data Processing and Exchange were held on 4 6 September 2013 and 2 4 November Currently the Data Centre Network (DCN) includes about 10 national data centres for collection, critical assessment (evaluation) and partly for generation of A+M, PSI and bulk material properties data for fusion and other applications. More information on the DCN activities is available on the A+M Data Unit web site. Upon recommendations of the Data Centre Network, the A+M Data Unit organized a series of meetings to address the needs of critical assessment of atomic, molecular and particle-surface interaction data. e 3rd TM of the Code Centre Network (CCN) on General Guidelines for Uncertainty Assessments was held in May 2013 in order to discuss the uncertainty quantification (UQ) of theoretical A+M data. e CM on Evaluation of Data for Collisions of Electrons with Nitrogen Molecule and Nitrogen Molecular Ionwas held in December 2013 in cooperation with the emol project to provide evaluated data for electronmolecule collisions. Following the recommendation from the 3rd TM of CCN, a TM on Uncertainty Assessment for eoretical Atomic Molecular Scattering Data was held in Cambridge, MA, USA at the Harvard-Smithsonian Center for Astrophysics in collaboration with the Institute of eoretical Atomic, Molecular and Optical Physics (ITAMP), where more than 20 participants discussed the UQ issues of theoretical A+M data. In 2015, three CMs were held on the data evaluation topics: CM on Guidelines for Uncertainty Quantification of eoretical Atomic and Molecular Datain June 2015, CM on Evaluation & Uncertainty Assessment for Be, C, Nein July 2015 and a joint IAEA-KAERI CM on Recommended Data for Processes of Tungsten, September More information on the data evaluation activities is available on the A+M Data Unit web site. e A+M Data Unit organized two joint ICTP-IAEA workshops: Joint ICTP-IAEA Conference on Models and Data for Plasma-Material Interaction in Fusion Devices, Trieste, Italy, November 2014 and Joint ICTP-IAEA Advanced School and Workshop on Modern Methods in Plasma Spectroscopy, Trieste, Italy, March Additional information may be found on the A+M Data Unit web site. vii

8 e A+M Data Unit cooperated to host the second and third Spectral Line Shapes in Plasmas (SLSP) Code Comparison Workshop on 5-9 August 2013 and 2-6 March e A+M Data Unit now provides access to two widely used atomic physics codes, the Flexible Atomic Code and GRASP2K codes. and

9 CONTENTS FOREWORD DISCLAIMER NEWS ON THE ATOMIC AND MOLECULAR DATA UNIT iii v vii 1 e Atomic and Molecular Data Information System Process Index Structure and Spectra Atomic and Molecular Collisions Electron Collisions Heavy Particles Collisions Surface Interactions Data Collection, Bibliographic and Progress Report Interactions of Atomic Particles with Fields Bibliography Structure and Spectra Atomic and Molecular Collisions Electron Collisions Heavy Particles Collisions Surface Interactions Data Collection, Bibliographic and Progress Report Interactions of Atomic Particles with Fields Author Index

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11 Chapter 1 e Atomic and Molecular Data Information System AMDIS is the Atomic and Molecular Data Information System of the International Atomic Energy Agency, established and maintained by the Atomic and Molecular Data Unit, Nuclear Data Section. AMDIS contains two main databases: AMBDAS, a bibliographic database for atomic and molecular data for fusion research and ALADDIN, a numerical database of recommended and evaluated atomic, molecular and plasma-surface interaction data. AMBDAS, Atomic and Molecular Bibliographic Data System, is an on-line bibliographic database that contains more than 47,000 bibliographic entries with atomic, molecular and plasma-surface interaction data of interest to fusion research, and dating back to Entries may be retrieved by author, process, reactants, type of reference, year of publication and data source (theoretical or experimental). e interface is a web-based application, easy to use with no required registration. AMBDAS data are regularly published in the International Bulletin on Atomic and Molecular Data for Fusion. ALADDIN is the online numerical database of the Atomic and Molecular Data Unit of the IAEA providing atomic, molecular and plasma-material interaction data of interest to fusion research. ALADDIN provides two similar interfaces, one for collisional data and one for particle surface interactions. An ALADDIN entry consists of searchable labels that characterize the process and reactants; the source of the data, date, laboratory or data centre, and reference; comment lines and the numerical data. When possible all requested data are displayed in the same units to permit easy comparison. A unit conversion tool is available and all results can be displayed in tabular and graphical mode. In addition to AMBDAS and ALADDIN databases, AMDIS distributes atomic physics codes and code generated data, provides an access to online codes and database search engine and hosts meeting pages and presentations which contain most recent datasets. 1

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13 Chapter 2 Process Index 2.1 Structure and Spectra H-Cu H-Rn 132 H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + Si H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W H + W

14 H 269 H 269 He 7 He-Fe 78 He 0+ + Exp 144 He 0+ + Exp 145 He 315 He 340 He 466 Li 7 Li + 7 Li 0+ + Exp 17 Li E/T 24 Li E/T 26 Li 32 Li 34 Li E/T 51 Li 62 Li 79 Li 88 Li E/T 89 Li Exp 95 Li 96 Li Exp 123 Li 192 Li 200 Li 210 Li Li 234 Li 269 Li 269 Li 315 Li Exp 322 Li 340 Li 349 Li Li Li 374 Li Li Li 390 Li 391 Li 435 Li 466 Be 6 Be Be + 79 Be + 97 Be 122 Be Be 183 Be Be 200 Be 239 Be 264 Be Be Exp 293 Be Be

15 Be Be Be 374 Be E/T 382 Be 390 Be B B 57 B 81 B E/T 261 B + Exp 337 B 390 B 422 B C C + 43 C + 57 C + 3+ Exp 144 C + 3+ Exp 145 C C C C C C 5+ Exp 320 C + 2+ Exp 321 C Exp 363 C C C N N E/T 51 N E/T 108 N 0+ + Exp 142 N + 3+ Exp 144 N Exp 145 N N 4+ Exp 235 N 4+ Exp 297 N 307 N 307 N + 2+ Exp 321 N 2+ Exp 344 N Exp 387 N N 452 O O Exp 9 O 53 O 3+ E/T 102 O Exp 144 O Exp 145 O O O O Exp 235 O Exp 235 O Exp 248 O Exp 253 5

16 O O + 3+ Exp 321 O 7+ Exp 355 O Exp 387 O Exp 388 O 390 O 411 O O O F F 67 F 111 F 3+ Exp 145 F 4+ Exp 235 F Exp 235 F F Exp 248 F Exp 253 F 309 F 309 F 3+ Exp 386 F 454 Ne Ne 37 Ne 5+ E/T 102 Ne Ne + 4+ Exp 144 Ne Exp 145 Ne Ne Ne 3+ Exp 235 Ne Exp 235 Ne Exp 248 Ne Exp 253 Ne 0+ + Exp 254 Ne Ne 288 Ne Ne Ne Exp 329 Ne Ne Exp 386 Ne 390 Ne Exp 413 Ne Ne Ne Exp 488 Na E/T 51 Na 3+ Exp 144 Na 192 Na E/T 247 Na 269 Na 269 Na Exp 322 Na 340 Na Mg Exp 12 Mg 7+ E/T 102 6

17 Mg 0+ + Exp 144 Mg Exp 145 Mg 152 Mg Mg Mg 183 Mg Mg Mg Mg + E/T 247 Mg E/T 247 Mg 288 Mg Mg 318 Mg Mg Mg 9+ Exp 370 Mg Exp 370 Mg 392 Mg Mg Al Al Exp 133 Al Al 2+ E/T 247 Al + E/T 247 Al Al Al Al Al Si 12+ E/T 33 Si 11+ E/T 41 Si Si Si Exp 61 Si 9+ E/T 102 Si + Exp 144 Si + 2+ Exp 145 Si Si Si Si Si Si Si + E/T 247 Si 3+ E/T 247 Si Exp 253 Si Si Si Si 310 Si 310 Si Si Si 13+ Exp 377 Si Si Si

18 P P + Fe S 14+ E/T 33 S S Exp 76 S + 2+ Exp 144 S Exp 145 S S 199 S S 7+ Exp 235 S Exp 235 S Exp 235 S Exp 248 S Exp 292 S 14+ E/T 353 S Exp 387 S 12+ E/T 449 S 12+ E/T 480 Cl 15+ E/T 33 Cl Cl E/T 58 Cl 0+ + E/T 58 Cl 13+ Exp 76 Cl 14+ Exp 76 Cl 112 Cl 112 Cl Exp 145 Cl 169 Cl Cl Cl Cl Cl Cl Ar Exp 8 Ar 16+ E/T 39 Ar 2+ Exp 40 Ar Ar Ar + Exp 75 Ar Exp 76 Ar 92 Ar Ar Ar E/T 114 Ar Exp 117 Ar 16+ Exp 125 Ar 0+ + Exp 135 Ar Exp 143 Ar Exp 144 Ar Exp 145 Ar Ar Ar Ar Ar Ar Ar 8+ E/T 227 8

19 Ar Exp 235 Ar Exp 235 Ar Exp 248 Ar Exp 281 Ar Ar Ar 288 Ar Exp 292 Ar 16+ Exp 303 Ar Ar 314 Ar Ar Ar 16+ Exp 342 Ar 16+ Exp 360 Ar Ar Exp 371 Ar 13+ Exp 372 Ar Ar 5+ E/T 381 Ar + Exp 409 Ar Exp 413 Ar Ar + Exp 468 K E/T 51 K K Exp 143 K 3+ Exp 144 K Exp 145 K 192 K 269 K 269 K K Exp 322 K 340 K K Ca Exp 12 Ca Ca Ca Exp 143 Ca + Exp 144 Ca Exp 144 Ca 4+ Exp 145 Ca 6+ Exp 145 Ca 152 Ca Ca Ca Ca 183 Ca Ca + E/T 247 Ca Exp 253 Ca Exp 253 Ca Ca 288 Ca 318 Ca Ca

20 Ca Exp 342 Ca Sc Sc + Exp 144 Sc 15+ E/T 258 Ti 20+ Exp 38 Ti Ti Ti 9+ E/T 72 Ti Ti + 86 Ti Exp 110 Ti Ti Ti + Exp 144 Ti Exp 158 Ti Ti Ti Ti Ti Ti + E/T 247 Ti Ti Ti 20+ Exp 303 Ti Ti 19+ Exp 334 Ti 20+ Exp 334 Ti Ti 20+ Exp 351 Ti 21+ Exp 351 Ti Ti 12+ E/T 434 Ti 18+ E/T 449 Ti Ti 18+ E/T 480 Ti + Exp 483 V + Exp 18 V + Exp 19 V E/T 51 V V V Exp 110 V V V + 3+ Exp 144 V V V V Exp 249 V 17+ E/T 258 V E/T 415 Cr Exp 15 Cr 0+ + Exp 129 Cr Cr Exp 143 Cr + 4+ Exp 144 Cr Cr

21 Cr + E/T 247 Cr + Exp 250 Cr Cr Mn + Exp 21 Mn Exp 64 Mn Mn Mn Mn Exp 143 Mn + Exp 144 Mn Exp 144 Mn Exp 145 Mn + E/T 157 Mn 0+ + Exp 217 Mn Mn + E/T 247 Mn Mn E/T 332 Mn Mn 469 Fe Exp 10 Fe 10+ E/T 13 Fe Fe + Exp 22 Fe E/T 35 Fe E/T 35 Fe 4+ Exp 36 Fe Fe Fe Fe Fe Fe Exp 106 Fe Fe + Exp 115 Fe 16+ E/T 121 Fe Exp 133 Fe Fe Fe + 6+ Exp 143 Fe + 7+ Exp 144 Fe 2+ Exp 145 Fe Exp 145 Fe Exp 150 Fe Fe Fe Fe Fe Fe Fe Fe Fe Fe + E/T 205 Fe Fe 16+ Exp 211 Fe Fe Exp

22 Fe Exp 235 Fe Exp 235 Fe Fe 8+ E/T 243 Fe Fe E/T 247 Fe + E/T 247 Fe Exp 248 Fe 20+ Exp 248 Fe 4+ E/T 251 Fe Exp 253 Fe Exp 253 Fe 22+ Exp 253 Fe Fe Fe Exp 292 Fe Fe 13+ E/T 295 Fe 14+ E/T 295 Fe 24+ Exp 351 Fe 25+ Exp 351 Fe Exp 357 Fe Exp 363 Fe E/T 369 Fe 23+ Exp 386 Fe Exp 388 Fe Fe Fe Fe Fe Fe Exp 410 Fe Fe E/T 425 Fe Fe Fe 13+ E/T 477 Fe Co + Exp 18 Co Co Co Co Co + 2+ Exp 143 Co Exp 143 Co Co Ni Ni 4+ Exp 36 Ni Ni Ni Ni Ni Ni Ni 18+ E/T 121 Ni Ni Ni

23 Ni Exp 143 Ni 6+ Exp 143 Ni + Exp 144 Ni 3+ Exp 144 Ni Ni Ni Ni 10+ Exp 235 Ni Exp 235 Ni Exp 235 Ni 14+ E/T 240 Ni 10+ E/T 242 Ni Ni + E/T 247 Ni Exp 248 Ni 9+ Exp 253 Ni Exp 253 Ni 14+ E/T 258 Ni 22+ E/T 258 Ni Ni Ni Ni Ni Exp 417 Ni Cu E/T 51 Cu Cu 19+ E/T 121 Cu Exp 128 Cu Exp 133 Cu Cu + Exp 143 Cu 3+ Exp 143 Cu + Exp 144 Cu Cu 252 Cu 269 Cu 269 Cu 27+ Exp 351 Cu 28+ Exp 351 Cu Exp 386 Cu 416 Cu E/T 462 Zn Zn Zn Zn Exp 133 Zn Zn Zn Zn Zn Zn Zn Zn + E/T 247 Zn Ga Ga E/T 51 Ga

24 Ga Ga Ga Ga 373 Ge Ge Ge Ge Ge Ge Ge Ge 30+ Exp 351 Ge 31+ Exp 351 Ge 30+ E/T 353 Ge 373 Ge Ge As As As As 373 Se 2+ E/T 258 Se 373 Br E/T 51 Br 27+ E/T 258 Br 373 Kr + E/T 3 Kr + 14 Kr Kr Kr Kr Kr Kr Kr Kr Kr Kr Kr Kr Kr Exp 105 Kr Kr Kr Kr Kr Kr Kr Kr Kr Kr 6+ E/T 259 Kr 31+ E/T 277 Kr Kr Kr 288 Kr 314 Kr Exp 339 Kr 24+ Exp 339 Kr Exp

25 Kr 34+ E/T 353 Kr Kr 373 Kr Exp 413 Kr 17+ E/T 459 Kr Kr 2+ Exp 485 Rb E/T 51 Rb Rb Rb 23+ E/T 258 Rb 269 Rb 269 Rb Exp 322 Rb 340 Rb Sr Sr Sr Sr 183 Sr 24+ E/T 258 Sr 288 Sr Sr 318 Sr Sr Y Y Y Y Zr Zr + Exp 144 Zr Zr-Sn Zr 290 Zr Zr Zr 0+ + Exp 378 Zr Nb + E/T 90 Nb + 91 Nb Nb Nb 230 Nb Exp 231 Nb Nb Nb Mo E/T 51 Mo Mo Mo Mo Exp 204 Mo Mo Mo 37+ E/T 277 Mo 35+ E/T 277 Mo Mo

26 Mo Mo Mo 32+ Exp 342 Mo 40+ Exp 379 Mo 41+ Exp 379 Mo Mo Mo Mo Mo Mo Ru E/T 51 Ru Ru Ag E/T 51 Ag Exp 128 Ag 269 Ag 269 Ag E/T 462 Cd E/T 51 Cd Cd Cd In 3+ E/T 25 In E/T 28 In + E/T 29 In 2+ E/T 29 In E/T 51 In + E/T 161 In E/T 188 In In Exp 347 In Exp 376 In In 474 Sn E/T 51 Sn Sn + Exp 139 Sn Sn Sn 290 Sn + E/T 301 Sn Sn Sn Exp 355 Sn + E/T 447 Sb E/T 51 Te 2+ E/T 258 Te 290 Te 3+ E/T 301 I Xe Xe 43+ E/T 83 Xe Xe Exp 116 Xe Xe Xe Xe

27 Xe Xe Xe 288 Xe Xe 314 Xe Exp 317 Xe 7+ E/T 331 Xe 345 Xe 52+ E/T 353 Xe Exp 355 Xe Exp 413 Xe 457 Xe Xe Exp 487 Xe Exp 487 Cs E/T 51 Cs 269 Cs 269 Cs Exp 322 Cs 340 Cs Ba E/T 51 Ba 45+ E/T 83 Ba Ba 183 Ba 318 Ba La E/T 51 La-Lu 314 Nd E/T 51 Nd Sm 51+ E/T 83 Eu E/T 51 Eu Exp 329 Eu Exp 468 Gd E/T 51 Gd 53+ E/T 83 Gd Gd Gd Exp 357 Gd Exp 367 Gd 30+ Exp 367 Gd 31+ Exp 367 Gd 32+ Exp 367 Dy E/T 51 Dy 55+ E/T 83 Er 57+ E/T 83 Er 290 Er Tm Tm Yb E/T 51 Yb Yb 183 Yb Yb 23+ E/T 333 Lu E/T 51 Lu Hf E/T

28 Hf E/T 127 Hf Hf 290 Hf Ta E/T 16 Ta E/T 127 Ta E/T 127 Ta + Exp 255 Ta 6+ E/T 299 Ta Exp 361 Ta W E/T 1 W E/T 1 W W W W W Exp 82 W 63+ E/T 83 W W W W W W W W 13+ E/T 177 W W W W W W W 35+ E/T 271 W W 67+ E/T 277 W W W W 26+ E/T 289 W W Exp 302 W W Exp 320 W 5+ Exp 321 W W W 28+ E/T 336 W Exp 338 W W W Exp 356 W 26+ Exp 356 W Exp 357 W Exp 357 W 26+ Exp 362 W Exp 367 W 26+ Exp 368 W 28+ Exp

29 W 7+ E/T 375 W W Exp 385 W W W W W W W W W W W W W W Re E/T 51 Re + Exp 196 Re Os Os Ir E/T 51 Ir Pt 67+ E/T 83 Pt Pt Au Au E/T 51 Au Au Au Au Au E/T 127 Au E/T 127 Au Exp 128 Au Au Exp 134 Au Exp 136 Au Exp 137 Au Exp 138 Au Au 18+ E/T 177 Au Au Au Au Au Au 269 Au 269 Au Au E/T 343 Au E/T 343 Au E/T 343 Au E/T 343 Au Au Au Au

30 Au Hg E/T 51 Hg Hg Hg Tl E/T 51 Pb Pb Bi 72+ E/T 83 Bi Bi Bi Bi Bi Po 290 Po Fr E/T 51 Fr 269 Fr 269 Fr Fr Ra Ra 318 Ac-NO Exp Exp Pa Pa U E/T 51 U U U U U U U U 90+ E/T 353 U U U e + Li + 1E4 1E6 K 218 e + Be 2+ 1E4 1E6 K 218 e + B 3+ 1E4 1E6 K 218 e + C 4+ 1E4 1E6 K 218 e + Li + 1E4 1E6 K 218 e + Be 2+ 1E4 1E6 K 218 e + B 3+ 1E4 1E6 K 218 e + C 4+ 1E4 1E6 K 218 e + W e + W e + HD 222 e + e 223 e + W e + W e + W e + W

31 e + W e + W e + W e + W e + Ca RYD 491 e + Fe e + Ni 10+ threshold 1000 ev 493 e + Ni 10+ threshold 1000 ev 493 e + Ni 16+ threshold 1700 ev 494 e + Ni 16+ threshold 1700 ev 494 e + Fe 14+ threshold 1670 ev 495 e + Fe 14+ threshold 1670 ev 495 He Z= He Z= He Z= He Z= 6-8 Exp 305 He Z= E/T 353 He Z= E/T 353 He Z= He Z= 3-54 E/T 477 Li Z= Li Z= Li Z= Li Z= Li Z= Li Z= Li Z= Li Z= 6-8 Exp 305 Li Z= Li Z= Be Z= 8-28 step 2 30 Be Z= Be Z= 8-18 E/T 68 Be Z= 8-28 step Be Z= Be Z= Be Z= 5-74 E/T 277 Be Z= Be Z= 4-54 E/T 449 Be Z= Be Z= 4-36 E/T 477 Be Z= 6-92 E/T 480 B Z= B Z= B Z= B Z= 6-10 step 2 E/T 93 B Z= 6-14 step 2 E/T 93 B Z= B Z= B Z= B Z= B Z= 8-30 E/T 277 B Z= B Z= B Z= B Z= B Z= E/T 477 B Z= C Z=

32 C Z= C Z= 7-10 Exp 216 C Z= C Z= C Z= 7-28 E/T 277 C Z= C Z= C Z= C Z= C Z= E/T 477 e + C Z= e + C Z= N Z= N Z= N Z= N Z= 7-36 E/T 277 N Z= N Z= N Z= N Z= O Z= O Z= O Z= E/T 477 F Z= F Z= F Z= F Z= F Z= E/T 477 Ne Z= Ne Z= Ne Z= Ne Z= E/T 227 Ne Z= Ne Z= Na Z= Na Z= E/T 83 Mg Z= Mg Z= Mg Z= Mg Z= P Z= E/T 449 Cl Z= E/T 477 K Z= Ni Z= Cu Z= Exp 302 Zn Z= E/T 101 e + Ga Z= As Z= Br Z= Br Z= Rb Z= Sr Z= Mo Z= Rh Z= Ag Z= Exp 302 Ag Z= Ag Z= E/T 333 Ag Z= Cs Z=

33 Pm Z= Pm Z= E/T 177 Sm Z= Sm Z= Tm Z= Fr Z= Atomic and Molecular Collisions Electron Collisions H + + U threshold unit, kev 768 P + H eV 958 P + D eV 958 P + Kr 1E1 1E8 K 1344 P + Kr + 1E1 1E8 K 1344 P + Kr 2+ 1E1 1E8 K 1344 P + Kr 3+ 1E1 1E8 K 1344 P + Kr 4+ 1E1 1E8 K 1344 P + Kr 5+ 1E1 1E8 K 1344 P + Kr 6+ 1E1 1E8 K 1344 hν + He 1keV,100MeV 991 hν + He 1keV,100MeV 991 e + Es ned 497 e + Cf ned 497 e + Bk ned 497 e + Cm ned 497 e + Am ned 497 e + Pu ned 497 e + Np ned 497 e + U ned 497 e + Pa ned 497 e + ned 497 e + Ac ned 497 e + Ra ned 497 e + Fr ned 497 e + Rn ned 497 e + At ned 497 e + Po ned 497 e + Bi ned 497 e + Pb ned 497 e + Tl ned 497 e + Hg ned 497 e + Au ned 497 e + Pt ned 497 e + Ir ned 497 e + Os ned 497 e + Re ned 497 e + W ned 497 e + Ta ned 497 e + Hf ned 497 e + Lu ned 497 e + Yb ned 497 e + Tm ned 497 e + Er ned 497 e + Ho ned 497 e + Dy ned 497 e + Tb ned

34 e + Gd ned 497 e + Eu ned 497 e + Sm ned 497 e + Pm ned 497 e + Nd ned 497 e + Pr ned 497 e + Ce ned 497 e + La ned 497 e + Ba ned 497 e + Cs ned 497 e + Xe ned 497 e + I ned 497 e + Te ned 497 e + Sb ned 497 e + Sn ned 497 e + In ned 497 e + Cd ned 497 e + Ag ned 497 e + Pd ned 497 e + Rh ned 497 e + Ru ned 497 e + Tc ned 497 e + Mo ned 497 e + Nb ned 497 e + Zr ned 497 e + Y ned 497 e + Sr ned 497 e + Rb ned 497 e + Kr ned 497 e + Br ned 497 e + Se ned 497 e + As ned 497 e + Ge ned 497 e + Ga ned 497 e + Zn ned 497 e + Cu ned 497 e + Ni ned 497 e + Co ned 497 e + Fe ned 497 e + Mn ned 497 e + Cr ned 497 e + V ned 497 e + Ti ned 497 e + Sc ned 497 e + Ca ned 497 e + K ned 497 e + Ar ned 497 e + Cl ned 497 e + S ned 497 e + P ned 497 e + Si ned 497 e + Al ned 497 e + Mg ned 497 e + Na ned 497 e + Ne ned 497 e + F ned 497 e + O ned 497 e + N ned 497 e + C ned

35 e + B ned 497 e + Be ned 497 e + Li ned 497 e + He ned 497 e + H ned 497 e + C 2 H ev 498 e + Pb threshold ev 499 e + I threshold ev 499 e + Te threshold ev 499 e + Sb threshold ev 499 e + Sn threshold ev 499 e + Se threshold ev 499 e + As threshold ev 499 e + Cu threshold ev 499 e + N threshold ev 499 e + N ev 500 e + N ev 500 e + He 0 25 ev 501 e + Au E4 ev 502 e + Au E4 ev 502 e + Au E4 ev 502 e + H ev 503 e + CH 2 O ev Exp 504 e + Ar E6 ev 505 e + Ar E6 ev 505 e + Ar E6 ev 505 e + Ar E6 ev 505 e + Ar E6 ev 505 e + Ar E6 ev 505 e + Ar + 0 1E6 ev 505 e + Ar 0 1E6 ev 505 e + S 0 1E6 ev 505 e + Al E6 ev 505 e + Mg 0 1E6 ev 505 e + Na 0 1E6 ev 505 e + Ne E6 ev 505 e + Ne + 0 1E6 ev 505 e + Ne 0 1E6 ev 505 e + O E6 ev 505 e + O E6 ev 505 e + O 0 1E6 ev 505 e + C E6 ev 505 e + C + 0 1E6 ev 505 e + B + 0 1E6 ev 505 e + Li + 0 1E6 ev 505 e + Li 0 1E6 ev 505 e + H 0 1E6 ev 505 e + Gd ev 506 e + Sc ev e + CD kev Exp e + CD kev Exp e + CD kev Exp e + CD kev Exp e + CD kev Exp e + CD kev Exp 509 e + C 2 H ev Exp 510 e + U 0 2E9 ev 511 e + Bi 0 2E9 ev 511 e + Pb 0 2E9 ev

36 e + Au 0 2E9 ev 511 e + Ta 0 2E9 ev 511 e + Ba 0 2E9 ev 511 e + Sn 0 2E9 ev 511 e + In 0 2E9 ev 511 e + Ag 0 2E9 ev 511 e + Pd 0 2E9 ev 511 e + Mo 0 2E9 ev 511 e + Y 0 2E9 ev 511 e + Sr 0 2E9 ev 511 e + Ga 0 2E9 ev 511 e + Rb 0 2E9 ev 511 e + Zn 0 2E9 ev 511 e + Se 0 2E9 ev 511 e + Cu 0 2E9 ev 511 e + Ni 0 2E9 ev 511 e + Co 0 2E9 ev 511 e + Cr 0 2E9 ev 511 e + V 0 2E9 ev 511 e + Ar 0 2E9 ev 511 e + Si 0 2E9 ev 511 e + Al 0 2E9 ev 511 e + Ne 0 2E9 ev 511 e + N 0 2E9 ev 511 e + C 0 2E9 ev 511 e + He 0 2E9 ev 511 e + H 0 2E9 ev 511 e + U 0 2E9 ev 512 e + Bi 0 2E9 ev 512 e + Pb 0 2E9 ev 512 e + Au 0 2E9 ev 512 e + Ba 0 2E9 ev 512 e + Sb 0 2E9 ev 512 e + Sn 0 2E9 ev 512 e + In 0 2E9 ev 512 e + Ag 0 2E9 ev 512 e + Pd 0 2E9 ev 512 e + Mo 0 2E9 ev 512 e + Y 0 2E9 ev 512 e + Sr 0 2E9 ev 512 e + Se 0 2E9 ev 512 e + Ge 0 2E9 ev 512 e + Zn 0 2E9 ev 512 e + Ni 0 2E9 ev 512 e + Co 0 2E9 ev 512 e + Fe 0 2E9 ev 512 e + Mn 0 2E9 ev 512 e + Cr 0 2E9 ev 512 e + V 0 2E9 ev 512 e + Ca 0 2E9 ev 512 e + Ar 0 2E9 ev 512 e + Si 0 2E9 ev 512 e + Al 0 2E9 ev 512 e + Ne 0 2E9 ev 512 e + C 0 2E9 ev 512 e + He 0 2E9 ev 512 e + H 0 2E9 ev 512 e + Au 0 30 kev 513 e + Ag 0 30 kev

37 e + Cu 0 30 kev 513 e + Si 0 30 kev 513 e + Al 0 30 kev 513 e + N 2 O ev Exp 514 e + C 2 N ev 515 e + C ev 515 e + Ar ev 516 e + Li ev E/T 517 e + Kr 0 18 ev E/T 518 e + Cs 0 18 ev E/T 518 e + H 2 8 kev Exp 519 e + Be kev e + D kev Exp e + D kev Exp e + D kev Exp 521 e + N ev Exp 522 e + SiO 0 10 ev 523 e + H 4 O ev 524 e + Xe ev Exp 525 e + Ne ev Exp 525 e + BF ev 526 e + He 102 ev 527 e + He ev E/T 528 e + CH ev E/T 529 e + Kr ev E/T 530 e + Cs ev E/T 530 e + H ev 64.6 ev E/T 531 e + He 33.6 ev 64.6 ev E/T 531 e + H 33.6 ev 64.6 ev E/T 531 e + N ev 532 e + N ev 532 e + N ev 532 e + Ne ev 533 e + B ev E/T 534 e + H ev 535 e + H 2 O ev Exp 536 e + OH ev Exp 536 e + H 2 O ev Exp 536 e + OH ev Exp 536 e + Mg ev 537 e + N ev Exp 538 e + O ev E/T 539 e + O ev E/T 539 e + O ev E/T 539 e + O ev E/T 539 e + O ev E/T 539 e + O ev E/T 539 e + O ev E/T 539 e + N kev E/T 540 e + N 0 1 kev E/T 540 e + N kev E/T 540 e + N 0 1 kev E/T 540 e + N kev E/T 540 e + N 0 1 kev E/T 540 e + CH 0 30 ev 541 e + H ev 542 e + He ev 542 e + H ev 542 e + Li ev

38 e + N ev Exp 544 e + N ev Exp 545 e + Al 0 25 kev Exp 546 e + NO ev 547 e + NO ev 547 e + Al ev 548 e + Mg ev 548 e + Zn ev E/T 549 e + H 2 S ev Exp 550 e + H 2 S ev Exp 550 e + Hg 0 80 ev E/T 551 e + Hg ev E/T e + CH ev Exp e + CD ev Exp 553 e + H ev 554 e + Si 3 25 kev Exp 555 e + H 2 O ev E/T 556 e + CF ev 557 e + H ev 558 e + H ev 558 e + SO ev 559 e + Cu ev E/T 560 e + Cs 5 15 ev 561 e + Cs 5 15 ev 561 e + AlH 562 e + AlH 562 e + AlH 562 e + U ev 563 e + N 2 75, 150 ev E/T 564 e + Xe Exp 565 e + H 2 O ev 566 e + CH 2 O ev 566 e + H ev 567 e + W 50 ev Exp 568 e + W ev Exp 569 e + W ev Exp 569 e + W ev Exp 569 e + W ev Exp 569 e + Mg K 570 e + Na K 570 e + O K 570 e + N K 570 e + C K 570 e + He K 570 e + Ta E5 ev 571 e + Kr kev Exp 572 e + Kr kev Exp 572 e + Kr kev Exp 572 e + Kr kev Exp 572 e + Kr kev Exp 572 e + He 9.5 ev 573 e + Ar ev 574 e + Ar 16+ 1e2 1e5 ev E/T 575 e + O 6+ 1e2 1e5 ev E/T 575 e + N 5+ 1e2 1e5 ev E/T 575 e + B 3+ 1e2 1e5 ev E/T 575 e + Na 50?150 ev 576 e + Li 50?150 ev 576 e + Xe ev

39 e + H ev 577 e + Ar ev E/T 578 e + CO ev 579 e + H ev 579 e + U Et 15Et 580 e + At Et 15Et 580 e + Au Et 15Et 580 e + W Et 15Et 580 e + Dy Et 15Et 580 e + Pr Et 15Et 580 e + Xe Et 15Et 580 e + Ag Et 15Et 580 e + Mo Et 15Et 580 e + Kr Et 15Et 580 e + Xe E/T 581 e + Kr E/T 581 e + Ar E/T e + Ne K e + Ne K 582 e + Au ev 583 e + Nd ev 583 e + Ag ev 583 e + Cu ev 583 e + Al ev 583 e + H ev 583 e + K 6 60 ev 584 e + CS 2 30 ev to 500 ev Exp 585 e + SF 6 30 ev to 500 ev Exp 585 e + CS 2 30 ev to 500 ev Exp 585 e + SF 6 30 ev to 500 ev Exp 585 e + Xe 150 ev E/T 586 e + Ne 150 ev E/T 586 e + HD ev 587 e + HD ev 587 e + HeD ev 588 e + HeH ev 588 e + HeD ev 588 e + HeH ev 588 e + Ar 39, 23, and 16.5 ev 589 e + CF 2 2?20 ev, Exp 590 e + C 6 H 5 CH ev Exp 591 e + C 6 H ev Exp 591 e + Tm 0 1 ev 592 e + Dy 0 1 ev 592 e + Gd 0 1 ev 592 e + Eu 0 1 ev 592 e + Nd 0 1 ev 592 e + Pr 0 1 ev 592 e + Ce 0 1 ev 592 e + La 0 1 ev 592 e + BeH ev 593 e + BeH ev 593 e + C 2 D ev Exp 594 e + C 2 H ev Exp 594 e + C 2 D ev Exp 594 e + C 2 H ev Exp 594 e + HNC 0 7 ev 595 e + HCN 0 7 ev 595 e + HNC 0 7 ev

40 e + HCN 0 7 ev 595 e + C 2 D ev 596 e + C 2 H ev 596 e + C 2 D ev 596 e + C 2 H ev 596 e + Hg ev 597 e + HCO ev E/T 598 e + HCO ev E/T e + D ev E/T 599 e + D 2 H ev E/T 599 e + H 2 D ev E/T e + H ev E/T e + D ev E/T 599 e + D 2 H ev E/T 599 e + H 2 D ev E/T e + H ev E/T 599 e + Ca ev E/T 600 e + HCNH K E/T 601 e + HCNH K E/T e + Ne K E/T e + Ne K E/T 602 e + Ca Ry 603 e + Na ev 604 e + CS ev 605 e + CS ev 605 e + SF ev 606 e + SF ev 606 e + SO ev 606 e + N 2 0.1?1.0 ev E/T 607 e + N 2 0.1?1.0 ev E/T 607 e + N 2 10 ev E/T 608 e + N 2 10 ev E/T 608 e + N 2 10 ev E/T 608 e + N 2 10 ev E/T 608 e + N 2 10 ev E/T 608 e + N 2 10 ev E/T 608 e + C 4 H ev Exp 609 e + C 4 H ev Exp 609 e + C 3 H ev Exp 609 e + C 2 H ev Exp 609 e + C 2 H 4 O ev 610 e + C 2 H 4 O ev 610 e + U ev, ev 611 e + SiH 4 1e 3 1e3 ev Exp 612 e + CH 4 1e 3 1e3 ev Exp 612 e + CF 4 1e 3 1e3 ev Exp 612 e + N 2 O 1e 3 1e3 ev Exp 612 e + SF 6 1e 3 1e3 ev Exp 612 e + Xe 1e 3 1e3 ev Exp 612 e + Kr 1e 3 1e3 ev Exp 612 e + Ar 1e 3 1e3 ev Exp 612 e + He 102 ev E/T 613 e + Cl K Exp 614 e + Cl K Exp 614 e + HCOOH ev 615 e + HCOOH ev 615 e + CH 3 Cl K Exp 616 e + NF K Exp 616 e + CH 3 Cl K Exp

41 e + NF K Exp 616 e + K K 617 e + Ni K 618 e + Cr K 619 e + Zn 29+ 1E 6/Z 2-10/Z 2 K 620 e + Cu 28+ 1E 6/Z 2-10/Z 2 K 620 e + Ni 1E 6/Z 2-10/Z 2 K 620 e + Co 26+ 1E 6/Z 2-10/Z 2 K 620 e + Fe 25+ 1E 6/Z 2-10/Z 2 K 620 e + Mn 24+ 1E 6/Z 2-10/Z 2 K 620 e + Cr 23+ 1E 6/Z 2-10/Z 2 K 620 e + V 22+ 1E 6/Z 2-10/Z 2 K 620 e + Ti 21+ 1E 6/Z 2-10/Z 2 K 620 e + Sc 20+ 1E 6/Z 2-10/Z 2 K 620 e + Ca 19+ 1E 6/Z 2-10/Z 2 K 620 e + K 18+ 1E 6/Z 2-10/Z 2 K 620 e + Ar 17+ 1E 6/Z 2-10/Z 2 K 620 e + Cl 16+ 1E 6/Z 2-10/Z 2 K 620 e + S 15+ 1E 6/Z 2-10/Z 2 K 620 e + P 14+ 1E 6/Z 2-10/Z 2 K 620 e + Si 13+ 1E 6/Z 2-10/Z 2 K 620 e + Al 12+ 1E 6/Z 2-10/Z 2 K 620 e + Mg 11+ 1E 6/Z 2-10/Z 2 K 620 e + Na 10+ 1E 6/Z 2-10/Z 2 K 620 e + Ne 9+ 1E 6/Z 2-10/Z 2 K 620 e + F 8+ 1E 6/Z 2-10/Z 2 K 620 e + O 7+ 1E 6/Z 2-10/Z 2 K 620 e + N 6+ 1E 6/Z 2-10/Z 2 K 620 e + C 5+ 1E 6/Z 2-10/Z 2 K 620 e + B 4+ 1E 6/Z 2-10/Z 2 K 620 e + Be 1E 6/Z 2-10/Z 2 K 620 e + Li 2+ 1E 6/Z 2-10/Z 2 K 620 e + He + 1E 6/Z 2-10/Z 2 K 620 e + Mg eV Exp 621 e + S K 622 e + N eV 623 e + Li 0 25eV 624 e + CH 10 90eV Exp 625 e + H eV 626 e + H eV 626 e + CO 0 50eV 627 e + CO 0 50eV e + C 2 D eV Exp e + C 2 H eV Exp e + C 2 D eV Exp e + C 2 H eV Exp e + C 2 D eV Exp e + C 2 H eV Exp e + C 2 D eV Exp e + C 2 H eV Exp 630 e + Ti eV 631 e + NH eV 632 e + NO eV 632 e + F eV 632 e + O eV 632 e + N eV 632 e + C eV e + C 2 D eV Exp e + C 2 H eV Exp

42 + e + C 2 D eV Exp e + C 2 H eV Exp 633 e + HI eV 634 e + HBr eV 634 e + HCl eV 634 e + HF eV 634 e + I eV 634 e + Br eV 634 e + Cl eV 634 e + F eV 634 e + K eV 635 e + Na eV 635 e + Li eV 635 e + K eV 635 e + Na eV 635 e + Li eV 635 e + CH 3 Br 50,100,200eV 636 e + CH 3 Cl 50,100,200eV 636 e + CH 3 I 50,100,200eV 636 e + CH 3 F 50,100,200eV 636 e + CH 3 Br 50,100,200eV 636 e + CH 3 Cl 50,100,200eV 636 e + CH 3 I 50,100,200eV 636 e + CH 3 F 50,100,200eV 636 e + N 2 O eV Exp 637 e + S eV 638 e + OCS eV 638 e + CS eV 638 e + CS eV 638 e + CO eV 638 e + CO eV 638 e + Xe eV 639 e + He 0 200eV 640 e + C eV 641 e + CH 3 I 6.5eV, 5.9eV, 5.5eV, 4.7eV Exp 642 e + CH 3 Br 6.5eV, 5.9eV, 5.5eV, 4.7eV Exp 642 e + CH 3 Cl 6.5eV, 5.9eV, 5.5eV, 4.7eV Exp 642 e + CH 3 F 6.5eV, 5.9eV, 5.5eV, 4.7eV Exp 642 e + S eV 643 e + Xe eV 644 e + Kr eV 644 e + NH eV Exp 645 e + NH eV Exp 645 e + Be 0 500eV 646 e + Pu 10 1E9eV 647 e + Np 10 1E9eV 647 e + U 10 1E9eV 647 e + Pa 10 1E9eV 647 e E9eV 647 e + Ac 10 1E9eV 647 e + Ra 10 1E9eV 647 e + Fr 10 1E9eV 647 e + Rn 10 1E9eV 647 e + At 10 1E9eV 647 e + Po 10 1E9eV 647 e + Bi 10 1E9eV 647 e + Pb 10 1E9eV 647 e + Tl 10 1E9eV 647 e + Hg 10 1E9eV

43 e + Au 10 1E9eV 647 e + Pt 10 1E9eV 647 e + Ir 10 1E9eV 647 e + Os 10 1E9eV 647 e + Re 10 1E9eV 647 e + W 10 1E9eV 647 e + Ta 10 1E9eV 647 e + Hf 10 1E9eV 647 e + Lu 10 1E9eV 647 e + Yb 10 1E9eV 647 e + Tm 10 1E9eV 647 e + Er 10 1E9eV 647 e + Ho 10 1E9eV 647 e + Dy 10 1E9eV 647 e + Tb 10 1E9eV 647 e + Gd 10 1E9eV 647 e + Eu 10 1E9eV 647 e + Sm 10 1E9eV 647 e + Pm 10 1E9eV 647 e + Nd 10 1E9eV 647 e + Pr 10 1E9eV 647 e + Ce 10 1E9eV 647 e + La 10 1E9eV 647 e + Ba 10 1E9eV 647 e + Cs 10 1E9eV 647 e + Xe 10 1E9eV 647 e + I 10 1E9eV 647 e + Te 10 1E9eV 647 e + Sb 10 1E9eV 647 e + Sn 10 1E9eV 647 e + In 10 1E9eV 647 e + Cd 10 1E9eV 647 e + Ag 10 1E9eV 647 e + Pd 10 1E9eV 647 e + Rh 10 1E9eV 647 e + Ru 10 1E9eV 647 e + Tc 10 1E9eV 647 e + Mo 10 1E9eV 647 e + Nb 10 1E9eV 647 e + Zr 10 1E9eV 647 e + Y 10 1E9eV 647 e + Sr 10 1E9eV 647 e + Rb 10 1E9eV 647 e + Kr 10 1E9eV 647 e + Br 10 1E9eV 647 e + Se 10 1E9eV 647 e + As 10 1E9eV 647 e + Ge 10 1E9eV 647 e + Ga 10 1E9eV 647 e + Zn 10 1E9eV 647 e + Cu 10 1E9eV 647 e + Ni 10 1E9eV 647 e + Co 10 1E9eV 647 e + Fe 10 1E9eV 647 e + Mn 10 1E9eV 647 e + Cr 10 1E9eV 647 e + V 10 1E9eV 647 e + Ti 10 1E9eV 647 e + Sc 10 1E9eV

44 e + Ca 10 1E9eV 647 e + K 10 1E9eV 647 e + Ar 10 1E9eV 647 e + Cl 10 1E9eV 647 e + S 10 1E9eV 647 e + P 10 1E9eV 647 e + Si 10 1E9eV 647 e + Al 10 1E9eV 647 e + Mg 10 1E9eV 647 e + Na 10 1E9eV 647 e + Ne 10 1E9eV 647 e + F 10 1E9eV 647 e + O 10 1E9eV 647 e + N 10 1E9eV 647 e + C 10 1E9eV 647 e + B 10 1E9eV 647 e + Be 10 1E9eV 647 e + Li 10 1E9eV 647 e + He 10 1E9eV 647 e + H 10 1E9eV 647 e + W 9keV 40keV Exp 648 e + Gd 9keV 40keV Exp 648 e + H e + H e + Mg 650 e + Mg 650 e + Ni eV 651 e + In eV Exp 652 e + Ar eV Exp 653 e + Be 10 50eV Exp 654 e + Be 10 50eV Exp 654 e + Ar ev 600 ev E/T 655 e + Ne ev 600 ev E/T 655 e + GeH 4 20eV 100eV 656 e + Si 2 H 6 20eV 100eV 656 e + SiH 4 20eV 100eV 656 e + SF 6 20eV 100eV 656 e + NF 3 20eV 100eV 656 e + CF 3 I 20eV 100eV 656 e + F 20eV 100eV 656 e + CH 3 20eV 100eV 656 e + CH 2 F 2 20eV 100eV 656 e + CHF 3 20eV 100eV 656 e + C 6 F 6 20eV 100eV 656 e + C 4 F 8 20eV 100eV 656 e + C 3 F 8 20eV 100eV 656 e + C 3 F 6 20eV 100eV 656 e + F 6 20eV 100eV 656 e + C 2 20eV 100eV 656 e + C 2 F 4 20eV 100eV 656 e + CF 4 20eV 100eV 656 e + CF 2 20eV 100eV 656 e + C K 657 e + C K e + H K 658 e + Kr eV 659 e + Fe eV 659 e + Ne eV 659 e + H eV

45 e + Bi 7 30keV Exp 660 e + Zn 7 30keV Exp 661 e + Ca 7 30keV Exp 661 e + S 7 30keV Exp 661 e + C 6 H eV 662 e + SF eV 662 e + CF eV 662 e + CO eV 662 e + Na 0 5.5eV 663 e + He eV 664 e + He eV 664 e + He eV 665 e + He eV 665 e + C eV 666 e + C eV 666 e + H 10 80eV 667 e + H 0 12eV 668 e + CO 0 5eV Exp 669 e + CO 0 5eV Exp 669 e + Mo u(scaled unit) Exp 670 e + Dy u(scaled unit) Exp 670 e + Fe u(scaled unit) Exp 670 e + Ar u(scaled unit) Exp 670 e + Ne u(scaled unit) Exp 670 e + Na 0 6eV 671 e + He 672 e + Cu 1 5eV 673 e + H 2 1 5eV Exp 674 e + N eV Exp 675 e + H 0 150eV 676 e + C 4 H 4 O eV Exp 677 e + C 4 H 4 O eV Exp 677 e + SO 1 10eV 678 e + SO 1 10eV 678 e + H 2 O eV 679 e + O eV Exp e + FD eV Exp e + OD eV Exp e + ND eV Exp e + BD eV Exp e + CH eV Exp e + FD eV Exp e + OD eV Exp e + ND eV Exp e + BD eV Exp e + CH eV Exp 681 e + B eV 682 e + B eV 682 e + B 0 40eV 682 e + CO keV Exp 683 e + CO keV Exp 683 e + H 0 250eV 684 e + H 0 250eV 684 e + NH 0 10eV 685 e + NH 0 10eV 685 e + BH eV 686 e + BH eV e + O eV Exp 687 e + H eV

46 e + H eV 689 e + He eV 690 e + He eV 690 e + D eV 691 e + H eV 691 e + HD eV 691 e + D eV 691 e + H eV 691 e + HD eV 691 e + Zn eV 692 e + Cu eV 692 e + Ni eV 692 e + Co eV 692 e + Fe eV 692 e + Mn eV 692 e + Cr eV 692 e + V eV 692 e + Ti eV 692 e + Sc eV 692 e + Ca eV 692 e + K eV 692 e + Ca eV 693 e + Ca eV 693 e + Ba keV 694 e + Ba keV 694 e + Ba keV 694 e + Ba keV 694 e + Ba keV 694 e + Ba keV 694 e + Ba keV 694 e + I keV 694 e + I keV 694 e + I keV 694 e + I keV 694 e + I keV 694 e + I keV 694 e + I keV 694 e + Kr keV 694 e + Kr keV 694 e + Kr keV 694 e + Kr keV 694 e + Kr keV 694 e + Kr keV 694 e + Kr keV 694 e + H 2 O 6 50eV 695 e + U eV 696 e + At eV 696 e + Pb eV 696 e + Au eV 696 e + W eV 696 e + Yb eV 696 e + Gd eV 696 e + Nd eV 696 e + Xe eV 696 e + Sn eV 696 e + Ag eV 696 e + Mo eV 696 e + Kr eV 696 e + Eu 10eV, 20eV

47 e + Mn 10eV, 20eV 697 e + Sb 10eV, 20eV 697 e + Ag 10eV, 20eV 697 e + Fr 2 300eV 698 e + Cs 2 300eV 698 e + Rb 2 300eV 698 e + CF 3 H eV Exp 699 e + CF 3 I eV Exp 699 e + W eV 700 e + Sb eV 701 e + Sb eV 701 e + Kr 5 10eV Exp 702 e + CF 3 I 10 50eV Exp 703 e + Er 0 1eV 704 e + Ho 0 1eV 704 e + Sm 0 1eV 704 e + Dy 0 1eV 704 e + Hf 0 1eV 704 e + Tm 0 1eV 704 e + Pr 0 1eV e + CD eV Exp e + CH eV Exp 705 e + D 2 H eV Exp 706 e + U MeV/nucleon 707 e + C 4 H 4 O 1 50eV Exp 708 e + C 4 H 4 O 1 50eV Exp 708 e + DCN eV Exp 709 e + HCN eV Exp 709 e + N eV Exp 710 e + Hg 0 200eV e + H eV Exp 712 e + Ne 0 200eV 713 e + Ni eV 714 e + Ar eV 714 e + Ti eV 714 e + S eV 714 e + Cr eV 714 e + Si eV 714 e + U eV 714 e + N eV 714 e + Ne eV 714 e + Ne eV 714 e + U eV 714 e + C eV 714 e + CNN 0 10eV 715 e + NCN 0 10eV 715 e + HBr eV 716 e + HBr eV 716 e + CH eV 717 e + CH eV 717 e + CH eV 717 e + CH eV 717 e + CH eV 717 e + CH eV 717 e + CH eV 717 e + CH eV 717 e + CH eV 717 e + CH eV 717 e + CH eV

48 e + CH eV 717 e + C 2 H 5 OH eV Exp 718 e + CH 3 OH eV Exp 718 e + C 4 H 4 N eV 719 e + C 2 H eV 720 e + C 2 H eV 720 e + C 4 H eV 721 e + C 3 H eV 721 e + C 2 H eV 721 e + C 4 H eV 721 e + C 3 H eV 721 e + C 2 H eV 721 e + C 3 H eV Exp 722 e + C 2 H eV Exp 722 e + CS eV 723 e + CS eV 723 e + HCl 0 4eV 724 e + C 3 H eV 725 e + C 3 H eV 725 e + Kr eV Exp 726 e + C 4 H 9 OH 1 50eV 727 e + C 4 H 9 OH 1 50eV 727 e + S 8+ 2E2 2E6 (Z+1) 2 K 730 e + S 9+ 2E2 2E6 (Z+1) 2 K 730 e + S 10+ 2E2 2E6 (Z+1) 2 K 730 e + S 11+ 2E2 2E6 (Z+1) 2 K 730 e + Kr 27+ 1E7 1E9 K 731 e + Se ev 732 e + Ni E6 K 733 e + Fe 7+ 5E3 5E6 K 734 e + N E5 K 735 e + Cr + 2E3 1E5 K 736 e + H ev 737 e + H ev 737 e + + U threshold unit 738 e + H ev 739 e + H ev 739 e + Ar 2500 ev Exp 740 e + N ev 741 e + N ev 741 e + HD ev 742 e + CH E3 ev 743 e + SiH E3 ev 743 e + H 2 O E3 ev 743 e + Xe threshold 200 ev 744 e + Ar 4 12 ev, ev 745 e + Nd + threshold 2.5 kev E/T 746 e + H 150, 250 ev 747 e + H 150, 250 ev 747 e threshold 1 kev 748 e + e ev Exp 749 e + H 2 S ev Exp 750 e threshold 2 kev 751 e + e threshold 2 kev 751 e + e threshold 2 kev 752 e + HCOOH threshold 2 kev 752 e + PH 3 threshold 2 kev 752 e + H 2 S threshold 2 kev 752 e + Ba , 8.2 kev

49 e + U threshold 200 MeV, 1GeV 754 e + Bi threshold 200 MeV, 1GeV 754 e + Pb threshold 200 MeV, 1GeV 754 e + Au threshold 200 MeV, 1GeV 754 e + Ta threshold 200 MeV, 1GeV 754 e + Ni 4+ threshold 200 MeV, 1GeV 754 e + Ni 7+ threshold 200 MeV, 1GeV 754 e + Fe 5+ threshold 200 MeV, 1GeV 754 e + Ni 8+ threshold 200 MeV, 1GeV 754 e + Fe 6+ threshold 200 MeV, 1GeV 754 e + Ti 2+ threshold 200 MeV, 1GeV 754 e + e + threshold 200 MeV, 1GeV 754 e + Ar 3+ threshold 200 MeV, 1GeV 754 e + Cr 10+ threshold 200 MeV, 1GeV 754 e + Ar 4+ threshold 200 MeV, 1GeV 754 e + Ar 5+ threshold 200 MeV, 1GeV 754 e + Cl 4+ threshold 200 MeV, 1GeV 754 e + Ar 6+ threshold 200 MeV, 1GeV 754 e + Cl 5+ threshold 200 MeV, 1GeV 754 e + S 4+ threshold 200 MeV, 1GeV 754 e + Mg 2+ threshold 200 MeV, 1GeV 754 e + Si 5+ threshold 200 MeV, 1GeV 754 e + Ne + threshold 200 MeV, 1GeV 754 e + Si 6+ threshold 200 MeV, 1GeV 754 e + Ne 2+ threshold 200 MeV, 1GeV 754 e + F 2+ threshold 200 MeV, 1GeV 754 e + O + threshold 200 MeV, 1GeV 754 e + O 2+ threshold 200 MeV, 1GeV 754 e + N + threshold 200 MeV, 1GeV 754 e + O 3+ threshold 200 MeV, 1GeV 754 e + N 2+ threshold 200 MeV, 1GeV 754 e + C + threshold 200 MeV, 1GeV 754 e + U 88+ threshold 200 MeV, 1GeV 754 e + Ne 6+ threshold 200 MeV, 1GeV 754 e + C 2+ threshold 200 MeV, 1GeV 754 e + Li + threshold 200 MeV, 1GeV 754 e + B 3+ threshold 200 MeV, 1GeV 754 e + C 4+ threshold 200 MeV, 1GeV 754 e + N 5+ threshold 200 MeV, 1GeV 754 e + O 6+ threshold 200 MeV, 1GeV 754 e + U 90+ threshold 200 MeV, 1GeV 754 e + Be + threshold 200 MeV, 1GeV 754 e + B 2+ threshold 200 MeV, 1GeV 754 e + N 4+ threshold 200 MeV, 1GeV 754 e + O 5+ threshold 200 MeV, 1GeV 754 e + Ne 7+ threshold 200 MeV, 1GeV 754 e + U 89+ threshold 200 MeV, 1GeV 754 e + Ne threshold 200 ev 755 e + CH ev Exp 756 e + SiCl ev Exp 757 e + C 6 H ev E/T 758 e + C 6 H ev E/T 758 e + C 4 H 8 O ev Exp 759 e + C 4 H 8 O ev Exp 759 e + e threshold 360 ev Exp 760 e + e ev Exp 761 e + e ev Exp 761 e + e ev Exp 761 e + CF