Proof corrections for "Heavy Quarks in the Quark-Gluon Plasma"
 by R. Rapp and H. van Hees
 
 page 114, line 12:
 replace (m_\mu/m_e)^4  by  (m_e/m_\mu)^4 

 p.114, 1.paragraph, line 3 from bottom: 
 The relations  ->  The relation

 p.115, footnote:
 Ref 40  ->  Ref. 40.  

 p.116, 2.paragraph, line 7:
 However, this ``degeneracy"  ->  This ``degeneracy"  

 p.116, 2.pp, line 14:
 Obviously, the secondary yield  -> The secondary charmonium yield

 p.122, Sec. 2.2, line 3:
 relaible  -> reliable 

 p.135, 2.line after eq. (48):
 \Gamma_I^{q,Q} = 2 \Sigma _I^{q,Q}  -> 
 \Gamma_I^{q,Q} = - 2 \Sigma _I^{q,Q}
 
 p.136, 1. paragraph, lines 2/3 from bottom:
 but represent a rough (average) representation of the asymptotic value ->
 but roughly represent the (average) asymptotic value  

 p.139, 8.line from bottom of 1.paragraph:
 For$\alpha_s \simeq 0.2$  ->  For $\alpha_s \simeq 0.2$
 
 p.152, 5.line after eq. (72):
 probelm  -> problem

 p.154, line 7 of 2.paragraph:
 e.g. at impact parameter  ->
 e.g., at impact parameter
 
 p.177, line 8 after eq. (93):
 lead to spectral functions  ->  leads to spectral functions

 p.179, caption of Fig. 32, line 3:
 $\gamma_c$  ->  $\Gamma_c$  

 p.179, eq.(96) and following line:
 $\epsilon_B$  ->  $\varepsilon_B$ 

 p.180, caption of Fig. 33, line 2:
 within nonrelativistic  ->  within a nonrelativistic

 p.180, caption of Fig. 33, line 2/3:
 and (ii) an lQCD-based  -> 
 (ii) a lQCD-based

 p.180, caption of Fig. 33, line 6:
 However, in calculation (i)  ->  In calculation (i) 

 p.180, footnote j, line 2:
 in temporal direction^{184}  ->
 in temporal direction (and physically correspond to HQ scattering).^{184} 

 p.182, line 2:
 \frac{7}{5}  ->  \frac{10}{7}

 p.182, line 6 from bottom:
 as well, thus enabling  ->  as well, enabling

 p.183, caption of Fig. 35, line 4:
 in-medium decreasing $\varepsilon_B$.^{47,187}  ->
 in-medium decreasing $\varepsilon_B$ (solid line).^{47,187}  

 p.184, 2.paragraph, line 4 from bottom:
 feed down  -> feed-down

 p.185, Sec. 4.2.1, line 1:
 time-evolution  ->  time evolution

 p.186, 1.line after eq. (105):
 The thermal open-charm (and -bottom) number  ->
 The thermal open-charm (bottom) number

 p.186, line 7 after eq. (105):
 $D$-mesons  ->  $D$ mesons

 p.187, last line of 2.paragraph:
 time dependent  ->  time-dependent

 p.188, first line:
 $Q-\bar{Q}$-production  -> $Q\bar{Q}$ production

 p.188, Sec.4.2.2, first line of 2.paragraph:
 feed down  ->  feed-down
 
 p.189, caption of Fig. 36, last line:
 average squared $J/\psi$ transverse momentum.  ->
 average $J/\psi$ transverse momentum (squared in the left panel).

 p.191, caption of Fig. 37, last line:
 is operative.  ->  is operative (solid line).

 p.191, first line:
 ratio, basically given by the ratio of thermal densities ->  
 ratio, given by the thermal densities

 p.191, 2.paragraph, line 5/6:
 feed down  -> feed-down

 p.193, caption of Fig. 39, line 5:
 nucleon-participant number  ->  participant-nucleon number

 p.193, last line:
 thermal blast wave  ->  thermal blast wave at $T_c$.

 p.194, 2.paragraph, line 7:
 open-charm  ->  open charm

 p.195, 1.paragraph, line 2/3 from bottom:
 stronger nuclear absorption of $J/\psi$'s at RHIC  ->
 a stronger nuclear absorption of $J/\psi$'s at forward rapidity at RHIC

 p.195, 3.paragraph, line 1:
 should lead to  ->  leads to

 p.196, 2.paragraph, line 7:
 bottom-quarks  ->  bottom quarks

 p.196, line 2 from bottom:
 feed down  -> feed-down

 p.196, last line:
 this underlines again the importance  ->  this underlines the importance

 p.197, caption of Fig. 41, line 2:
 dissociation-cross section  -> dissociation cross section

 p.197, caption of Fig. 41, line 4:
 left panel).  ->  right panel).

 p.198, last line of 1. paragraph:
 and ultimately  ->  weakens and ultimately

 p.199, line 3:
 $D$-mesons  ->  $D$ mesons

 p.199, line 4:
 elextron  ->  electron 

 p.199, 2.paragraph, line 5:
 are both viable.  ->  are viable.

 p.199, 2.paragraph, line 5 from bottom:
 cold-nuclear matter effects  ->  cold-nuclear-matter effects

 References:
 p.203, Ref. 115: Y. Akamatsu, ... arXiv:0809.1499 [hep-ph].    
              ->  Y. Akamatsu, ... Phys, Rev. C 79 (2009) 054907. 
 p.205, Ref. 213: E.G. Ferreiro ... arXiv:0809.4684 [hep-ph].
              ->  E.G. Ferreiro ... Phys. Lett. B 680 (2009) 50.
 p.205, Ref. 214: D. Kharzeev ... arXiv:0809.2933 [hep-ph].
              -> D. Kharzeev ...  Nucl. Phys. A 826 (2009) 230.