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questions_area [2018/09/11 13:50] schatz |
questions_area [2018/09/12 22:55] berg |
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* How significant can be the background in a (p,g) experiment from target impurities? | * How significant can be the background in a (p,g) experiment from target impurities? | ||
* Notation: is there a difference between (x|d)d_1, (x,m)dM/M, and (x|\Delta M) \Delta M/ | * Notation: is there a difference between (x|d)d_1, (x,m)dM/M, and (x|\Delta M) \Delta M/ | ||
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+ | ==== Some questions from Lecture 3 (Berg):==== | ||
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+ | * 1) Does COSY allow implementation of higher order corrections in dipoles? | ||
+ | * 2) Why dipoles doublets instead of one large dipole? | ||
+ | * 3) Definition of K, T, and C in dispersion matching. | ||
+ | * 4) Define fringe field. | ||
+ | * 5) Define Rogowski profile. | ||
+ | * 6) Explain H and K coil in K600 Spectrometer. Why quad inside K600? | ||
+ | * 7) Explain HO in K600 Spectrometer. | ||
+ | * 8) How to use reconstruct the scattering angle at target from focal plane measurement? | ||
+ | multi-slit for angle calibration, | ||
+ | * 9) Discuss only one spectrometer (e.g. K600, Grand Raiden, Big Karl). | ||
+ | * 10) Explain magnetization of ferro-magnetic material. | ||
+ | * 11) p. 14 Why not 0 deg with beam (for dispersion matching)? | ||
+ | * 12) Will permanent magnet saturate material. Similar to coil generated fields? | ||
+ | * 13) Why is dispersion matching needed? | ||
+ | * 14) Can EFL be measured? | ||
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