# Difference between revisions of "Infl8"

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###### =========

###### =========

(→31Si==) |
(→29Al==) |
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===============<sup>29</sup>Al================= | ===============<sup>29</sup>Al================= | ||

− | '''<sup>29</sup>Al''' | + | '''<sup>29</sup>Al - 4 mg/cm<sup>2</sup> target''' |

{| class="wikitable" | {| class="wikitable" | ||

|- | |- |

## Revision as of 17:26, June 4, 2019

## General Info

- RAISOR Devel
- [June 19]
^{29}Al,^{31}Si- Location in in-flight ELOG
- @ HOMEPLATE and possibly SHORTSTOP

## Secondary Beam(s)

^{29}Al^{13+},^{31}Si^{14+}- Energy: ~10 MeV/u for each
- Requested rate and purity: 5x10
^{4}pps, >10 % - Achieved rate (pps/pnA):
- [June 19] (XXX pps/pnA) [XXX pnA
^{XX}XX^{XX}]

- [June 19] (XXX pps/pnA) [XXX pnA
- Purity:
- [June 19] XXX% best

## Tuning Info

Primary Beam (energy) [max pnA]

^{30}Si^{??}[11.5 MeV/u, 345 MeV][120 / 50 pnA]

- Target 1: 4 mg/cm2 Be (
^{29}Al^{13+}) - Target 2: 12 mg/cm2 Be (
^{29}Al^{13+}) --> if time - Target 3: D2 Gas w/ 1.9 mg/cm
^{2}HAVAR windows (3.7 cm, 1400 mbarr, T=90K) [^{31}Si^{14+}]

###### =========^{29}Al===========

^{29}Al - 4 mg/cm^{2} target

Beam | Label | Energy [MeV] | Brho [Tm] | calc / TOF | Scale Factor | DE-E (50 / 1000 um) | DE-E (150 / 1000) | Target |
---|---|---|---|---|---|---|---|---|

^{30}Si^{??+} |
primary | 345 | XXX | calc | 71 / 273 MeV | 273 / 71 MeV | none | |

^{30}Si^{14+} |
degraded | 319.8 | 1.009 | calc | 76 / 244 MeV | 305 / ~14 MeV | 4 mg/cm2 Be | |

^{29}Al^{13+} |
secondary | 307.4 | 1.04767 | calc | 3.8% | 66 / 241 MeV | 256 / 51 MeV | 4 mg/cm2 Be |

^{30}Si^{13+} |
contam | 297 | 1.04767 | calc | 80 / 217 MeV | 217 / 0 MeV | 4 mg/cm2 Be |

- Scale Factor:
- [June 19]
^{29}Al^{13+}[307.4 MeV] from^{30}Si^{14+}[319.8 MeV]**scale factor = 1.04767/1.009 = 1.038**

- [June 19]

- Expected calculated rates for tuning (
**acceptable - ideal**):- At EXIT Detector:
**>250-1000 pps/pnA**(midplane slits set to ~+-4 mm, ~3% momentum acceptance). - At HELIOS Cross Detector:
**>70-250 pps/pnA**(assumes ~25% transmission, maybe on the high side...)

- At EXIT Detector:

###### =========^{31}Si===========

^{31}Si

Beam | Label | Energy [MeV] | Brho [Tm] | calc / TOF | Scale Factor | DE-E (50 / 1000 um) | DE-E (150 / 1000) | Target |
---|---|---|---|---|---|---|---|---|

^{30}Si^{??+} |
primary | 345 | XXX | calc | 71 / 273 MeV | 273 / 71 MeV | none | |

^{30}Si^{14+} |
degraded | 301.2 | 0.9791 | calc | 79 / 222 MeV | 301.2 / ~0 MeV | D2 Gas | |

^{31}Si^{14+} |
secondary | 301.3 | 0.9944 | calc | 1.6% | 81 / 219 MeV | 301.3 / ~0 MeV | D2 Gas |

^{30}Si^{13+} |
contam | 267.7 | 0.9944 | calc | 87 / 181 MeV | 267.7 / 0 MeV | D2 Gas |

- Scale Factor:
- [June 19]
^{31}Si^{14+}[301.3 MeV] from^{31}Si^{14+}[301.2 MeV]**scale factor = 0.9944/0.9791 = 1.0156**

- [June 19]

- Expected calculated rates for tuning (
**acceptable - ideal**):- At EXIT Detector:
**>5000-10000 pps/pnA**(midplane slits set to ~+-4 mm, ~3% momentum acceptance). - At HELIOS Cross Detector:
**>1000-2000 pps/pnA**(assumes ~20% transmission, maybe on the high side...)

- At EXIT Detector: