Skip to main content
added 73 characters in body
Source Link
Nemo
  • 5.6k
  • 2
  • 29
  • 40

Exhaustive analysis of lattice sums can be found in the book Lattice sums then and now. This book can be found for free on the web.

OP's sum is given by formula 1.3.14 on page 33:enter image description here

L. Lorenz. Bidrag tiltalienes theori. Tidsskrift Math., 1:97–114, 1871.

Exhaustive analysis of lattice sums can be found in the book Lattice sums then and now. This book can be found for free on the web.

OP's sum is given by formula 1.3.14 on page 33:enter image description here

Exhaustive analysis of lattice sums can be found in the book Lattice sums then and now. This book can be found for free on the web.

OP's sum is given by formula 1.3.14 on page 33:enter image description here

L. Lorenz. Bidrag tiltalienes theori. Tidsskrift Math., 1:97–114, 1871.

added 85 characters in body
Source Link
Nemo
  • 5.6k
  • 2
  • 29
  • 40

Exhaustive analysis of lattice sums can be found in the book Lattice sums then and now. This book can be found for free on the web.

OP's sum is given by formula 1.3.14 on page 33.:enter image description here

Exhaustive analysis of lattice sums can be found in the book Lattice sums then and now. This book can be found for free on the web.

OP's sum is given by formula 1.3.14 on page 33.

Exhaustive analysis of lattice sums can be found in the book Lattice sums then and now. This book can be found for free on the web.

OP's sum is given by formula 1.3.14 on page 33:enter image description here

added 93 characters in body
Source Link
Nemo
  • 5.6k
  • 2
  • 29
  • 40

Exhaustive analysis of lattice sums can be found in the book Lattice sums then and now. This book can be found for free on the web.

OP's sum is given by formula 1.3.14 on page 33.

Exhaustive analysis of lattice sums can be found in the book Lattice sums then and now.

Exhaustive analysis of lattice sums can be found in the book Lattice sums then and now. This book can be found for free on the web.

OP's sum is given by formula 1.3.14 on page 33.

typo
Source Link
Gerry Myerson
  • 39.9k
  • 10
  • 186
  • 247
Loading
Source Link
Nemo
  • 5.6k
  • 2
  • 29
  • 40
Loading