Conceptually similarSPLSilicon crystal, macrophotographSS2630363RD0385Royalty FreeSPLSilicon crystal, macrophotographSS2630364RD0386Royalty FreeSPLSilicon crystal, LMSS2674218ST4032Rights ManagedSPLMicrochip, light micrographSS2804170SW8125Rights ManagedSPLMicrochip, light micrographSS2804171SW8130Rights ManagedSPLMicrochip, light micrographSS2804172SW8126Rights ManagedSPLMicrochip, light micrographSS2804173SW8132Rights ManagedSPLMicrochip, light micrographSS2804174SW8129Rights ManagedSPLMicrochip, light micrographSS2804175SW8127Rights ManagedView AllView more with similar tones Silicon crystal, macrophotographLicense type:Rights ManagedUnique identifier:SS2645624Legacy Identifier:SS9300Description:Macrophotograph of a specimen of pure 99.999999 Silicon.This is the poly-crystal Silicon that is left at the bottom of the crucible after the single crystal is grown and removed.The pure Silicon crystal is cut with diamond saws into thin slices called wafers and the chips are photo etched onto the surface. The remaining poly crystal Silicon is now used primarily to make solar cells. There is enough Silicon in this piece to make many hundreds of computers. Object size: 60x70mm.Credit:Pasieka / Science SourceSize:4000px × 4500px (~51 MB)Restrictions:No Sale through SubagentsGet PricingHow Will The Visual Be Used?ShareKeywords:C014/5675-C0145675-chemistry-chips-electronics-element-macrophotograph-metalloid-microchip-microprocessor-mineralogy-one-poly-crystal-pure-sample-samples-si-silicon-silicon chips-silicon wafer-single-solar cell-solar cells-specimen-specimens-wafer-wafersFolder Legacy Identifier:spl001_hdModel release:N/AParent folder:SPL HD#13: RM/RF + clips