************
IMPORTANT

\bibitem{Willocq:1992fv}
  S.~Willocq {\it et al.}  [E632 Collaboration],
  %``Coherent production of single pions and rho mesons in charged current
  %interactions of neutrinos and anti-neutrinos on neon nuclei at the Fermilab
  %tevatron,''
  Phys.\ Rev.\  D {\bf 47}, 2661 (1993).
The coherent production of π and ρ mesons in νμ(ν¯μ)-neon charged-current interactions has been studied using the Fermilab 15-foot bubble chamber filled with a heavy Ne-H2 mix and exposed to the Teva- tron quadrupole triplet (anti)neutrino beam. The νμ (ν¯μ) beam had an average energy of 80 GeV (70 GeV). From a sample corresponding to approximately 28 000 charged-current interactions, net signals of (53+/-9) μ+/-π-/+ coherent events and (19+/-7) μ+/-π-/+π0 coherent events are extracted. For E>10 GeV, the coherent pion production cross section is determined to be (3.2+/-0.7)×10-38 cm2 per neon nucleus whereas the coherent ρ production cross section is (2.1+/-0.8)×10-38 cm2 per neon nucleus. These cross sections and the kinematical characteristics of the coherent events at ||t||<0.1 GeV2 are found to be in general agreement with the predictions of a model based on the hadron dominance and, in the pion case, on the partially conserved axial-vector current hypothesis. Also discussed is the coherent production of systems consisting of three pions.
******************
IMPORTANT

%\cite{Marage:1986zh}
\bibitem{Marage:1986zh}
  P.~Marage,
  %``COHERENT PRODUCTION OF RHO- MESONS IN CHARGED CURRENT ANTI-NEUTRINO NEON
  %INTERACTIONS IN BEBC,''
  Z.\ Phys.\  C {\bf 35}, 275 (1987).
  %%CITATION = ZEPYA,C35,275;%%
***********************************

Phys Rev D Part Fields. 1988 Apr 1;37(7):1744-1749.
Coherent rho + production in neutrino-neon interactions.
Ballagh HC, Bingham HH, Lawry TJ, Lys J, Lynch GR, Stevenson ML, Huson FR, Schmidt E, Smart W, Treadwell E, Cence RJ, Harris FA, Jones MD, Koide A, Peters MW, Peterson VZ, Lubatti HJ, Moriyasu K, Wolin E, Camerini U, Fry W, Gee D, Gee M, Loveless RJ, Reeder DD.

Coherent rho/sup +/ production on neon nuclei has been observed in charged-current events in a neutrino bubble-chamber experiment. The incident neutrino energy was 10--320 GeV, with a median event energy of 80 GeV. The rate per charged-current event was (0.28 +- 0.10)%. Comparison was made to vector-meson-dominance predictions; agreement with the overall rate, but disagreement at high neutrino energies and at high Q/sup 2/, was found.
Country of Publication	
******

Charged rho meson production in neutrino-induced reactions at E_nu = 10 GeV
Authors: N.M.Agababyan, V.V.Ammosov, M.Atayan, N.Grigoryan, H.Gulkanyan, A.A.Ivanilov, Zh.Karamyan, V.A.Korotkov
(Submitted on 23 Jan 2008)

    Abstract: The neutrinoproduction of charged $\rho$ mesons on nuclei and nucleons is investigated for the first time at moderate energies ($<E_\nu > \approx$ 10 GeV), using the date obtained with SKAT bubble chamber. No strong nuclear effects are observed in $\rho^+$ and $\rho^-$ production. The fractions of charged and neutral pions originating from $\rho$ decays are obtained and compared with higher energy data. From analysis of the obtained and available data on $\rho^+$ and $K^{*+}$(892) neutrinoproduction, the strangeness suppression factor in the quark string fragmentation is extracted: $\lambda_s = 0.18\pm0.03$. Estimations are obtained for cross sections of quasiexclusive single $\rho^+$ and coherent $\rho^+$ neutrinoproduction on nuclei. The estimated coherent cross section $\sigma_{\rho^+}^{coh}$ = (0.29$\pm0.16)\cdot 10^{-38}$ cm$^2$ is compatible with theoretical predictions. 

****
%\cite{Wittek:1987ha}
\bibitem{Wittek:1987ha}
  W.~Wittek {\it et al.}  [BEBC WA59 COLLABORATION Collaboration],
  %``SPIN ALIGNMENT OF RHO0 MESONS PRODUCED IN ANTI-NEUTRINO AND NEUTRINO NEON
  %CHARGED CURRENT INTERACTIONS,''
  Phys.\ Lett.\  B {\bf 187}, 179 (1987).
  %%CITATION = PHLTA,B187,179;%%

****

Phys Rev Lett. 1989 Nov 20;63(21):2349-2352.
Coherent production of pi + and pi - mesons by charged-current interactions of neutrinos and antineutrinos on neon nuclei at the Fermilab Tevatron.
Aderholz M, Aggarwal MM, Akbari H, Allport PP, Baba PV, Badyal SK, Barth M, Baton JP, Bingham HH, Brucker EB, Burnstein RA, Campbell RC, Cence R, Chatterjee TK, Clayton EF, Corrigan G, Coutures C, De Prospo D, Devanand , De Wolf E, Faulkner PJ, Fretter WB, Gupta VK, Guy J, Hanlon J, Harigel G, Harris F, Jabiol MA, Jacques P, Jain V V, Jones GT, Jones MD, Jones RW, Kafka T, Kalelkar M, Kasper P, Kaul GL, Kaur M, Kohli JM, Koller EL, Krawiec RJ, Lauko M, Lys J, Mann WA, Marage P, Milburn RH, Miller DB, Mittra IS, Mobayyen MM, Moreels J, Morrison DR, Myatt G, Nailor P, Naon R, Napier A, Neveu M, Passmore D, Peters MW, Peterson VZ, Plano R, Rao NK, Rubin HA, Sacton J.