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Science Yoga Mat featuring the photograph Magnesium Oxide Dice, 3d, Stem by J.H. Scott/J. Bonevich/NIST

Boundary: Bleed area may not be visible.

The watermark at the lower right corner of the image will not appear on the final product.

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Magnesium Oxide Dice, 3d, Stem Yoga Mat

J.H. Scott/J. Bonevich/NIST

by J.H. Scott/J. Bonevich/NIST

$70.00

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Product Details

Our premium yoga mats are 24" wide x 72" tall x 0.25" thick and made from natural rubber with a blended microfiber top surface.   The top of the mat has the image printed on it, and the back is solid black with textured dimples for better floor grip.

Design Details

NIST scientists are developing new three-dimensional chemical imaging methods. Using a scanning transmission electron microscope, a tilting stage,... more

Care Instructions

Wash with a damp cloth and air dry.

Ships Within

2 - 3 business days

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Magnesium Oxide Dice, 3d, Stem Photograph by J.H. Scott/J. Bonevich/NIST

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Yoga Mat Tags

yoga mats science yoga mats nanotechnology yoga mats nanotech yoga mats technology yoga mats technological yoga mats materials yoga mats research yoga mats chemical components yoga mats crystal structures yoga mats nanoparticle yoga mats atomic scale yoga mats nanoscale yoga mats crystal yoga mats 3-d yoga mats three-dimensional yoga mats

Photograph Tags

photographs science photos nanotechnology photos nanotech photos technology photos technological photos materials photos research photos chemical components photos crystal structures photos nanoparticle photos atomic scale photos nanoscale photos crystal photos 3-d photos three-dimensional photos

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Artist's Description

NIST scientists are developing new three-dimensional chemical imaging methods. Using a scanning transmission electron microscope, a tilting stage, and sensitive detectors, NIST researchers can construct images that reveal both the chemical components and the complex shapes of crystal structures. This image shows cubes of magnesium oxide. Nanoscale particles of gold were deposited on the crystal faces to help define the surface topography. A scanning transmission electron microscope (STEM) is a type of transmission electron microscope (TEM). By using a STEM and a high-angle detector, it is possible to form atomic resolution images where the contrast is directly related to the atomic number (z-contrast image).

 

$70.00