摘要
设m是正整数,f(X,Y)=a0Xn+a1X(n-1)Y+...+anYn∈Z[X,Y]是Q上不可约化的叫n(n≥3)次齐次多项式。本文证明了:当gcd(m,a0)=1,n≥400且m≥10(35)时,方程|f(x,y)|=m,x,y∈z,gcd(x,y)=1,至多有6nv(m)组解(x,y),其中v(m)是同余式F(z)=f(z,1)≡0(modm)的解数。特别是当gcd(m,DF)=1时,该方程至多有6n(ω(m)+1)组解(x,y),其中DF是多项式F的判别式,ω(m)是m的不同素因数的个数.
Let m be a positive integer, and let f(X, Y) = aoXn + a1Xn(-1)Y + ... + anYn ∈z[X,Y] be an irreducible binary form of degree n witn n≥3.In this paper we prove that if gcd(m, a0)=1,n≥400 and m≥10(35),then the equation |f(x,y)|= m has at most 6nv(m)integer solutions(x, y) with gcd (x, y) =1,where v(m)is the number of solutions of the congruence F(z) = f(z, 1) ≡ 0(modm). Moreover, if gcd(m,DF) = 1, Where DF is the discriminant of F, then the equation has at most 6n(ω(m)+1) solutions(x,y), where ω(m)is the number of distinct prime factors of m.
出处
《数学学报(中文版)》
SCIE
CSCD
北大核心
1996年第6期728-732,共5页
Acta Mathematica Sinica:Chinese Series
基金
国家自然科学基金
广东省自然科学基金