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Date(投稿日時):Subject(見出し):From(投稿者):
36142012/08/22Re: Cauchyの積分定理により∫_C u^{s-1}/(exp(u)-1)duが定数となる理由"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
36132012/08/22Re: ζ(s),DL(s,χ),_{amodN(s)},ζ(s,x)の複素平面上での正則性・有理型性・解析接続可能性の証明"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
36122012/08/20Re: Cauchyの積分定理により∫_C u^{s-1}/(exp(u)-1)duが定数となる理由chiaki@kit.ac.jp (Tsukamoto Chiaki)
36112012/08/20Re: ζ(1-r,x)=-rB_r(x) (where x∈C)とζ_{amodN}(1-r)=-1/r N^{r-1}B_r(a/N)を示せchiaki@kit.ac.jp (Tsukamoto Chiaki)
36102012/08/20Re: L(r,χ)=1/(r-1)!・(-2πi/N)^r・1/2Σ_{a∈Z_N^×}χ(a)h_r(ζ_N^a)の証明"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
36092012/08/19Re: ζ(s),DL(s,χ),_{amodN(s)},ζ(s,x)の複素平面上での正則性・有理型性・解析接続可能性の証明chiaki@kit.ac.jp (Tsukamoto Chiaki)
36082012/08/19Re: ζ(s),DL(s,χ),_{amodN(s)},ζ(s,x)の複素平面上での正則性・有理型性・解析接続可能性の証明chiaki@kit.ac.jp (Tsukamoto Chiaki)
36072012/08/17Γ(s)が∫_0^∞x^{s-1}exp(-x)dxの解析接続になっている事の証明で"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
36062012/08/17Re: Σ_{n=1}^∞f_n(z)に於いて,f_n(z)が正則関数且つ広義一様収束すればΣ_{n=1}^∞f_n(z)も正則関数"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
36052012/08/17Re: ζ関数が{s∈C;Re(s)>1}で一様収束する事を示せ"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
36042012/08/16Re: Σ_{n=1}^∞f_n(z)に於いて,f_n(z)が正則関数且つ広義一様収束すればΣ_{n=1}^∞f_n(z)も正則関数"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
36032012/08/16ZFC公理系のみからの自然数の定義について"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
36022012/08/15N∋rが偶数の時,等式　ζ(1-r)=2(r-1)!ζ(r)/(2πi)^rの証明"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
36012012/08/15Re: ζ関数に関する命題,解析接続,Γ関数など"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
36002012/08/15Re: 「XはAに於いてリーマン面をなす. ⇔ AはXのatlas」 の証明"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
35992012/08/14z/(exp(z)-1)のz=0での正則性とz=2πiはz/(exp(z)-1)の一位の極である事の証明"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
35982012/08/14Re: Bernoulli数,∀n∈Nに対してB_{2n+1}=0となる事の証明"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
35972012/08/14Re: 一般の多様体の定義とは?"Kyoko Yoshida" <kyokoyoshida123@gmail.com>
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