- ...Ishihara,
- Also affiliated with the University of Tokyo, Tokyo,
Japan
- ...DIS,
- The approximate forms for the structure functions of DIS
used here are, 42#42 and 43#43.
- ...larger.
- The increase may
be 89#89 depending on the extrapolation used[26].
- ...spectrum.
- We do not speculate on the efficacy of isolation cuts since PHENIX does
not resemble any of the operational collider detectors. Extensive simulations are required
to deal with this issue in a realistic way.
- ...yields,
- The +y (153#153) solutions
(Fig. 8) correspond to valence quark ratios at
154#154 which are better measured in DIS experiments.
- ...anomaly,
- See, for example, the discussion by Jaffe and
Manohar[3].
- ...effects.
- Heavy quark production is known to be dominated by gluon fusion in the RHIC energy
range. Contributions from
185#185 fusion compete with gluon fusion at very large
186#186 but are generally a small part of the total cross section. Production of the 187#187 via b-quark
decay may be appreciable at 188#188.
- ...process.
- Next-to-leading
order corrections to the equations used in this section have not been evaluated. There
is, of course, the possibility that these corrections could substantially modify the
polarization relations.
- ...resonances
- Upsilon physics at low 211#211 is only feasible
with a 2-end cap muon detector, as is evident from Fig. 3.
- ...larger.
- This is only an
approximation since the muon energies increase with 313#313, and higher energy muons are
generally detected with somewhat higher efficiency.
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Sun Nov 5 18:47:30 MST 1995