We determine explicit formulas for the number of representations of a positive integer n by quaternary quadratic forms with coefficients 1, 2, 5 or 10. We use a modular forms approach
We use the recent evaluation of certain convolution sums involving the sum of divisors function to d...
It is well known how to find the formulae for the number of representations of positive integers by ...
Abstract. Formulas are obtained for the number of representations of pos-itive integers by quadratic...
AbstractExplicit formulae are determined for the number of representations of a positive integer by ...
Using modular forms we determine the number of representations of a positive integer by certain diag...
Using modular forms, we determine the number of representations of a positive integer by diagonal oc...
We determine formulae for the numbers of representations of a positive integer by certain octonary q...
Some theta function identities are proved and used to give formulae for the number of representation...
WOS: 000395321000011Using modular forms, we determine formulas for the number of representations of ...
Some new theta function identities are proved and used to determine the number of representations of...
Formulas are proved for the number of representations of a positive integer by each of the four quat...
WOS: 000330644800009We determine formulae for the numbers of representations of a positive integer b...
The number of representations of a positive integer by each of the octonary quadratic forms x2 1 +x2...
An explicit formula is given for the representation number of each of the 75 reduced, positive-defin...
Let N denote the set of positive integers and Z the set of all integers. Let N0 = N ∪ {0}. Let a1x2 ...
We use the recent evaluation of certain convolution sums involving the sum of divisors function to d...
It is well known how to find the formulae for the number of representations of positive integers by ...
Abstract. Formulas are obtained for the number of representations of pos-itive integers by quadratic...
AbstractExplicit formulae are determined for the number of representations of a positive integer by ...
Using modular forms we determine the number of representations of a positive integer by certain diag...
Using modular forms, we determine the number of representations of a positive integer by diagonal oc...
We determine formulae for the numbers of representations of a positive integer by certain octonary q...
Some theta function identities are proved and used to give formulae for the number of representation...
WOS: 000395321000011Using modular forms, we determine formulas for the number of representations of ...
Some new theta function identities are proved and used to determine the number of representations of...
Formulas are proved for the number of representations of a positive integer by each of the four quat...
WOS: 000330644800009We determine formulae for the numbers of representations of a positive integer b...
The number of representations of a positive integer by each of the octonary quadratic forms x2 1 +x2...
An explicit formula is given for the representation number of each of the 75 reduced, positive-defin...
Let N denote the set of positive integers and Z the set of all integers. Let N0 = N ∪ {0}. Let a1x2 ...
We use the recent evaluation of certain convolution sums involving the sum of divisors function to d...
It is well known how to find the formulae for the number of representations of positive integers by ...
Abstract. Formulas are obtained for the number of representations of pos-itive integers by quadratic...
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