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Science Sticker featuring the photograph Semiconductor Nanowires, Sem by Lorelle Mansfield/NIST

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Semiconductor Nanowires, Sem Sticker

Lorelle Mansfield/NIST

by Lorelle Mansfield/NIST

$3.50

Size

Background Color

Image Size

 
 

Background Color

 
R(97) G(57) B(125)

Product Details

Accessorize your life with unique stickers from an independent artist!   Our vinyl stickers are available in four different sizes and are kiss-cut to create a 1/8" border around the perimeter of the design.   Each sticker has an adhesive backing with plenty of stickiness to cling to any smooth surface while still being easy to remove.

Design Details

NIST grows semiconductor nanowires that emit ultraviolet light as part of a project to make prototype nano-lasers and other devices and the... more

Care Instructions

Stickers should be applied to clean, smooth surfaces at room temperature.

Ships Within

2 - 3 business days

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Semiconductor Nanowires, Sem Photograph by Lorelle Mansfield/NIST

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Sticker Tags

stickers science stickers nanowire stickers nanostructure stickers nanometer stickers nanotechnology stickers nanotech stickers technology stickers technological stickers materials stickers research stickers molecular engineering stickers atomic scale stickers silicon substrate stickers grows stickers growing stickers

Photograph Tags

photographs science photos nanowire photos nanostructure photos nanometer photos nanotechnology photos nanotech photos technology photos technological photos materials photos research photos molecular engineering photos atomic scale photos silicon substrate photos grows photos growing photos

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Artist's Description

NIST "grows" semiconductor nanowires that emit ultraviolet light as part of a project to make prototype nano-lasers and other devices and the measurement tools needed to characterize them. Electron micrograph shows the gallium nitride wires growing on a silicon substrate. A nanowire is a nanostructure, with the diameter of the order of a nanometer. It can also be defined as the ratio of the length to width being greater than 1000. Alternatively, nanowires can be defined as structures that have a thickness or diameter constrained to tens of nanometers or less and an unconstrained length.

 

$3.50