The structure functions of real and virtual photons are derivedfrom cross section measurements of the reaction$\rm e^+e^-\rightarrow e^+e^- + \hbox{hadrons}$ at LEP.The reaction is studied at $\sqrt{\rm {s}} \simeq 91$ GeV with the L3detector. One of the final state electrons is detected at a large angle relative to the beam direction, leading to $Q^2$ values between40 GeV$^2$ and 500 GeV$^2$.The other final state electron is either undetected or it is detected ata four-momentum transfer squared $P^2$ between 1 GeV$^2$ and 8 GeV$^2$.These measurements are compared with predictions of the Quark PartonModel and other QCD based models
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derived from cross section measurements of t...
The structure functions of real and virtual photons are derivedfrom cross section measurements of th...