對於可數多個態、同質的馬可夫鏈我們已經有一些基本的認知，而且由D. G. Kendall 證明一個對於數列 (p_ij^((n) )-π_ij) 幾何收斂的‘solidarty theorem’。我們想檢驗幾何遍地性以及去得到馬可夫鏈的幾何收斂參數 ρ_ij。因此，我們在中間建構並且推廣一些的馬可夫鏈的極限定理；此外，我們可以在一個共同的圓 C_(R^′ ) (R^′>R) 使生成函數P_00 (z)延拓成亞純函數(meromorphic function)使其在 z=R 有一個簡單極(simple pole)。最後，我們去推論出幾何遍地性以及幾何收斂參數 ρ_ij。;We already had known about some basic understanding of homogeneous Markov chain with countable state space, and D. G. Kendall has proved a ′solidarity theorem′ for geometric convergence of the sequences (p_ij^((n) )-π_ij ) with convergence parameter ρ_ij. We shall investigate the geometric ergodicity and the convergence parameters ρ_ij. Therefore, we construct and generate some theorems of Markov chain. Also, we extend the genereating function P_00 (z) as a meromorphic function within a common disk C_(R^′ ) (R^′>R) which it has only simple pole at z=R. Finally, we deduce some results for geometric ergodicity and convergence parameters ρ_ij.
