Abstract
The subtracted Mandelstam representation is presented for the Higgs model. Two subtractions are required for the double dispersion integrals, and one subtraction for the single dispersion integrals. A special and simple form of subtraction for the double dispersion integral is adopted, and there remains no arbitrary parameter except the coupling constant. High-energy behaviors are carefully investigated for both absorptive and dispersive parts and in general configurations of elastic scattering.
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