Abstract
By using the deduced differential cross-section data for ϕp elastic scattering at 175 GeV/c in the Chou-Yang model, the ϕ form factor has been computed and parametrized. Then in conjunction with the proton form factor this form factor is used in the pristine Chou-Yang model to obtain differential cross-section data at Fermilab energies. The theoretical results agree with the experimental measurements, endorsing the conjecture that the hadronic form factor of a neutral particle is proportional to its magnetic form factor.
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