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We have studied Saha equation for photo-ionization of hydrogen atoms inpartially ionized relativistic hydrogen plasma in Rindler space. Following theprinciple of equivalence, we have obtained the abundances of neutral hydrogenatoms, hydrogen ions and the electrons in dynamic equilibrium of thephoto-ionization reaction of neutral hydrogen atoms and electron captureprocess by hydrogen ions (de-ionization process) and also investigated theirvariations with temperature of the plasma and the uniform gravitational fieldin the Rindler space or equivalently the uniform acceleration of the observer.Hence obtained the Saha ionization formula for partially ionized hydrogenplasma in Rindler space. It has been observed that the abundance of neutralhydrogen atoms decreases with the increase in temperature of the plasma, whichis the usual picture, whereas it increases with the increases in the strengthof uniform gravitational field. The second part of this observation shows thatthe binding of the electrons inside hydrogen atoms increases with the increasein the strength of gravitational field or equivalently an observer with veryhigh acceleration will see less amount of ionized hydrogen atoms compared toinertial observer.

Saha Equation for the Photo-Ionization of Hydrogen Atoms in Partially  Ionized Relativistic Hydrogen Plasma and the Effect of Gravity on the Binding  of Hydrogen Atoms in Rindler Space