VRML gallery of chiral Nano-Tubes

generated with JSV1.08, © S.Weber, 1999

In JSV1.08 I implemented the generation of chiral nano tubes from a given chiral vector Ch={n1,n2}.The length of the tubes and the atom species (C, BN) can be specified. I created the GIF images below, VRML2.0 files and PostScript files. The images are linked to the VRML2.0 files. Clicking at them will open another window, where your VRML browser plug-in can display the structure. If you want to download the files just click at the links using the right mouse button and choose "save link/target as..". All tubes are chosen to be about 30 Å long. The VRML files are very big. You might want to download them first.

for Thomas Laude and Dr.Odile Stephan

 

carbon boron nitride
Ch ={ 5 , 0 } - sheet

Vrml 2 file:
PostScript:
No. 1a		 nt_5x0_c_sheet.wrl
nt_5x0_c_sheet.ps
Ch = { 5 , 5 } - sheet

Vrml 2 file:
PostScript:
No. 1b		 nt_5x5_bn_sheet.wrl
nt_5x5_bn_sheet.ps
Ch = { 5 , 0 }

Vrml 2 file:
PostScript:
No. 2a		 nt_5x0_c.wrl
nt_5x0_c.ps
Ch = { 5 , 0 }

Vrml 2 file:
PostScript:
No. 2b		 nt_5x0_bn.wrl
nt_5x0_bn.ps
Ch = { 5 , 5 }

Vrml 2 file:
PostScript:
No. 3a		 nt_5x5_c.wrl
nt_5x5_c.ps
Ch = { 5 , 5 }

Vrml 2 file:
PostScript:
No. 3b		 nt_5x5_bn.wrl
nt_5x5_bn.ps
Ch = { 10 , 0 }

Vrml 2 file:
PostScript:
No. 4a		 nt_10x0_c.wrl
nt_10x0_c.ps
Ch = { 10 , 0 }

Vrml 2 file:
PostScript:
No. 4b		 nt_10x0_bn.wrl
nt_10x0_bn.ps
Ch = { 15 , 15 }

Vrml 2 file:
PostScript:
No. 5a		 nt_15x15_c.wrl
nt_15x15_c.ps
Ch = { 15 , 15 }

Vrml 2 file:
PostScript:
No. 5b		 nt_15x15_bn.wrl
nt_15x15_bn.ps
Ch = { 14 , 5 }

Vrml 2 file:
PostScript:
No. 6a		 nt_14x5_c.wrl
nt_14x5_c.ps
Ch = { 12 , 6 }

Vrml 2 file:
PostScript:
No. 6b		 nt_12x6_bn.wrl
nt_12x6_bn.ps

 

Atom Colors

  C
  B
  N