Process for varying the width of sheets of web material

Claim 1

A PROCESS FOR PRODUCING AN ELONGATED BODY OF A MATERIAL CRYSTALLIZING IN THE DIAMOND CUBIC LATTICE STRUCTURE COMPRISED OF AT LEST TWO PARALLEL ELONGTED DENDRITIC CRYSTALS, SAID DENDRITIC CYRSTALS BEING JOINED CYRSTALLOGRAPHICALLY INTO A UNITARY BODY BY A THIN WEB PORTION OF THE SAME SEMICONDUCTOR MATERIAL EXTENDING BETWEEN THE DENDRITIC CRYSTALS, THE STEPS COMPRISING MELTING A QUANTITY OF THE MATERIAL, BRINGING THE MELT TO A TEMPERATURE AT APPROXIMATELY THE METLING POINT OF THE MATERIAL, CONTACTING A POINT ON A SURFACE OF THE MELTED MATERIAL DISPLACED FROM THE CENTER OF THE MELT SURFACE WITH A LEAST A SURFACE OF A SEED CRYSTAL IN WHICH THE SEED CONTACTS THE MELT AT A POINT EQUAL TO APPROXIMATELY ONE-HALF THE RADIUS OF THE SUPERCOOLED AREA FROM THE CENTER OF THE MELT OF THE MATERIAL FOR A PERIOD OF TIME TO WET THE SEED CRYSTAL WITH THE MELTED MATERIAL, THE SEED CRYSTAL HAVING AT LEAST TWO TWIN PLANES EXTENDING ACROSS AT LEAST A PORTION OF THE SURFACE IN CONTACT WITH THE MELT, THE SEED CRYSTAL BEING ORIENTED WITH A (111) DIRECTION PARALLEL TO THE SURFACE OF THE MELT AND A (211) DIRECTION PERPENDICULAR TO THE SURFACE OF THE MELT, THE TWIN PLANES BEING PARALLEL TO THE (211) DIRECTION SUPERCOOLING AT LEST THAT PORTION OF THE MELT EXTENDING FROM THE CENTER OF THE MELT AND ENCOMPASSING THE SEED TO A TEMPERATURE AT LEAST 5*C. BELOW THE MELTING PONT, THE SURFACE AREA OF THE SUPERCOOLED PORTION BEING AT LEAST 0.25 SQ. INCH AND PULLING THE SEED CRYSTAL FROM