# Water clusters: TIP3P model

The following clusters are for the classical TIP3P model of water at a temperature of 0K. The structures and energies shown here were calculated by Dr. Javier Hernández Rojas and Dr. Briesta Sigoñe González González of the Universidad de La Laguna.

n=2

 UNIQ3d6188e37bc86565-jmol-00000000-QINU {{{2}}}

n=3

 UNIQ3d6188e37bc86565-jmol-00000001-QINU {{{2}}}

n=4

 UNIQ3d6188e37bc86565-jmol-00000002-QINU {{{2}}}

n=5

 UNIQ3d6188e37bc86565-jmol-00000003-QINU {{{2}}}

n=6

 UNIQ3d6188e37bc86565-jmol-00000004-QINU {{{2}}}

n=7

 UNIQ3d6188e37bc86565-jmol-00000005-QINU {{{2}}}

n=8

 UNIQ3d6188e37bc86565-jmol-00000006-QINU {{{2}}}

n=9

 UNIQ3d6188e37bc86565-jmol-00000007-QINU {{{2}}}

n=10

 UNIQ3d6188e37bc86565-jmol-00000008-QINU {{{2}}}

n=11

 UNIQ3d6188e37bc86565-jmol-00000009-QINU {{{2}}}

n=12

 UNIQ3d6188e37bc86565-jmol-0000000A-QINU {{{2}}}

n=13

 UNIQ3d6188e37bc86565-jmol-0000000B-QINU {{{2}}}

n=14

 UNIQ3d6188e37bc86565-jmol-0000000C-QINU {{{2}}}

n=15

 UNIQ3d6188e37bc86565-jmol-0000000D-QINU {{{2}}}

n=16

 UNIQ3d6188e37bc86565-jmol-0000000E-QINU {{{2}}}

n=17

 UNIQ3d6188e37bc86565-jmol-0000000F-QINU {{{2}}}

n=18

 UNIQ3d6188e37bc86565-jmol-00000010-QINU {{{2}}}

n=19

 UNIQ3d6188e37bc86565-jmol-00000011-QINU {{{2}}}