Experimental data on
fusion
elastic scattering
evaporation residue

Experimental data on elastic scattering

Specify target and projectile
(at least one item) 		Z1 A1   +   Z2 A2    
< Ecm(MeV) <
(Quite recently we started to fill the database. We are very far from finish...)
Show all accumulated data

7Be + 14N,   Elab=85 MeV

A.Azhari,V.Burjan,F.Carstoiu,C.A.Gagliardi,V.Kroha, A.M.Mukhamedzhanov, F.M.Nunes, X.Tang, L.Trache, R.E.Tribble,
Physical Review, C63 (2001) 055803
(access to the source may be restricted by owner!)

Comments
Beam quality: no data
Target: The average thicknesses of the targets were 1.50 mg/cm2 for the 14N targets. The 14N target consisted of evaporated melamine (C3N6H6) supported by a 20 μg/cm2 layer of C and a 20 μg/cm2 layer of collodion.
Data obtained: exported from EXFOR
At the Cyclotron Institute at Texas A&M University, radioactive beams are produced using transfer or fusion-evaporation reactions induced by a primary beam from the K500 superconducting cyclotron on a cryogenic gas target. An 85 MeV radioactive 7Be beam produced via the 7Li(p,n)7Be reaction using a 135 MeV 7Li(+2) primary beam on a LN2-cooled H2 gas cell, with an aluminum degrader in front of the cell to reduce the 7Li beam energy. The absolute normalizations of the cross sections were determined to 5.0% for the 14N targets. 

 
Java blocked?

Θcm (deg)dσ/dΩ (mb/sr)error (%)+δσ-δσ
3.7 306822 0.181 554 554
5.73 49279 0.451 222 222
7.83 10452.1 0.109 11.3 11.3
10.04 1525.03 0.248 3.78 3.78
12.61 847.24 0.346 2.93 2.93
14.71 679.08 0.4 2.71 2.71
16.8 220.05 0.719 1.58 1.58
19.26 47.601 1.563 0.744 0.744
21.51 65.114 1.478 0.962 0.962
23.07 75.788 4.262 3.23 3.23