Targets

Here's a list of included (either in x>1 or EMC) targets (greenish) and possible new targets (reddish).

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PRIMARY PHYSICS TOPICS:

0) 2 <= A <= 12 - Extract EMC effect and SRCs for nuclei where detailed ab initio calculations can be performed - Examine nuclei with significant cluster structure - Use nuclei which differ by single proton(neutron) to extract contribution of 'smeared' nucleon to F2A

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1) 2 <= A <= 96, |n/p-1|<20% [11 nuclei] - A-dependence over maximal range in A with minimal isoscalar correction

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2) A ~ 50, 1 <= n/p <= 1.4 [6 nuclei] - Map out variation with n/p with minimal A-dependence

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3) 12 <= A <= 232, n/p grows as ln(A) from 1 to 1.6

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Target	A	Z	Max I	Physics program [see above]	Other properties
Hydrogen	1	1	dunno		Calibration
Deuterium	2	1	dunno	0, 1
Helium-3	3	2	dunno	0
Helium-4	4	2	dunno	0, 1
Lithium-6	6	3	dunno	0, 1, 3	Isospin scan #1 [n/p=1]
Lithium-7	3	7	dunno	0, 3	Isospin scan #1 [n/p~1.3]
Beryllium	9	0, 4	dunno	3	Greatest clustering effects
Boron-10	10	5	dunno	0, 1, 3	Isospin scan #2 [n/p=1]
Boron-11	11	5	dunno	0, 3	Isospin scan #2 [n/p~1.2]
Carbon-12	12	6	dunno	0, 1, 3	Calibration, reference
Aluminum	27	13	40uA	1, 3
Calcium-40	40	20	dunno	1, 2	Isospin scan #3 [n/p=1]
Calcium-48	48	20	dunno	2	Isospin scan #3 [n/p~1.4]
Titanium-48	48	22	80 uA	1, 2, 3	Isospin scan #3 [n/p~1.2]
Nickel-58	58	28	80uA	1, 2
Nickel-64	64	28	80uA	2, 3
Copper-Nat	63	29	80uA	1, 2, 3
Ruthenium-96	96	44	80uA	1	Isospin scan #4 [n/p~1.2]
Ruthenium-104	104	44	80uA	3	Isospin scan #4 [n/p~1.4]
Silver-107	107	47	dunno	3	Isospin scan #4 [n/p~1.3]
Tin-120	120	50	35uA	3 (and NMC data is weird)	Isospin scan #4 [n/p~1.4]
Gold-197	197	79	80uA	3
Thorium-232	232	90	80uA	3	Extreme n/p, distorted nucleus (long vs short range correlations)
Uranium-238	238	92	10uA	3	Extreme n/p, NOT distorted