| Index | Type | Process | Ref. | Method |
| 561 | SC | S15+ + H2 -> S14+(n=9g) + H2+ | APJS04b | THE |
| 562 | STI | S15+ + H2 -> S14+(n=9h) + H++H++e | APJS04b | THE |
| 563 | SDI | S15+ + H2 -> S14+(n=9h) + H++H++e | APJS04b | THE |
| 564 | SC | S15+ + H2 -> S14+(n=9h) + H2+ | APJS04b | THE |
| 565 | STI | S15+ + H2 -> S14+(n=9i) + H++H++e | APJS04b | THE |
| 566 | SDI | S15+ + H2 -> S14+(n=9i) + H++H++e | APJS04b | THE |
| 567 | SC | S15+ + H2 -> S14+(n=9i) + H2+ | APJS04b | THE |
| 568 | STI | S15+ + H2 -> S14+(n=9j) + H++H++e | APJS04b | THE |
| 569 | SDI | S15+ + H2 -> S14+(n=9j) + H++H++e | APJS04b | THE |
| 570 | SC | S15+ + H2 -> S14+(n=9j) + H2+ | APJS04b | THE |
| 571 | SDI | S15+ + H2 -> S14+(n=9k) + H++H++e | APJS04b | THE |
| 572 | STI | S15+ + H2 -> S14+(n=9k) + H++H++e | APJS04b | THE |
| 573 | SC | S15+ + H2 -> S14+(n=9k) + H2+ | APJS04b | THE |
| 574 | SDI | S15+ + H2 -> S14+(n=9p) + H++H++e | APJS04b | THE |
| 575 | STI | S15+ + H2 -> S14+(n=9p) + H++H++e | APJS04b | THE |
| 576 | SC | S15+ + H2 -> S14+(n=9p) + H2+ | APJS04b | THE |
| 577 | SDI | S15+ + H2 -> S14+(n=9s) + H++H++e | APJS04b | THE |
| 578 | STI | S15+ + H2 -> S14+(n=9s) + H++H++e | APJS04b | THE |
| 579 | SC | S15+ + H2 -> S14+(n=9s) + H2+ | APJS04b | THE |
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Information about these tables:
'Process' --------- the initial and final state for the projectile and the
target
'Method' --------- the method from which the data are obtained, which includes
theory (THR), experiment(EXP) and recommendation (REC)
'Ref.' --------- its reference
'Type' --------- the data type which includes four kinds: total cross
section(TC)(in the unit of cm2),total rate coefficient(TC)(cm3/s), state select cross section(SC), state select
rate coefficient(CR)
Clicking 'Process' gives the detail results of the relevant physical quantity.