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Premium Framed Print : False colour TEM and fingerprint of soot (air)
Framed Photos from Science Photo Library
False colour TEM and fingerprint of soot (air)
Soot identification for pollution control. High- resolution transmission electron micrograph (HRTEM) of a particle of soot from wood or coal burning (left) with its derived signature. The HRTEM shows the structure of the soot particle. Image analysis produces the signature (right), from which are derived details of the structure such as graphite lattice spacing in the particle. Smaller spacings tend to indicate that the soot originated in a diesel engine, larger spacings (as here) tend to arise from wood or coal burning. Signatures could be used to identify sources of soot pollution. HRTEM magnification: x2.5 million
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6368473
© 1994 A.PALOTAS, A.SAROFIM & J.VANDER SANDE/SCIENCE PHOTO LIBRARY
Air Pollution Environmental Finger Print Forensic Forensics Monitoring Pollution Pollution Research Signature Soot
14"x18" Premium Frame
Contemporary style Premium Wooden Frame with 8"x12" Print. Complete with 2" White Mat and 1.25" thick MDF frame. Printed on 260 gsm premium paper. Glazed with shatter proof UV coated acrylic glass. Backing is paper covered backing with rubber bumpers. Supplied ready to hang with a pre-installed sawtooth/wire hanger. Care Instructions: Spot clean with a damp cloth. Securely packaged in a clear plastic bag and envelope in a reinforced cardboard shipper
FSC Real Wood Frame and Double Mounted with White Conservation Mountboard - Professionally Made and Ready to Hang
Estimated Image Size (if not cropped) is 30.4cm x 20.3cm (12" x 8")
Estimated Product Size is 45.8cm x 35.6cm (18" x 14")
These are individually made so all sizes are approximate
Artwork printed orientated as per the preview above, with landscape (horizontal) orientation to match the source image.
EDITORS COMMENTS
This print showcases the false color transmission electron micrograph (TEM) of a soot particle, along with its derived signature. The high-resolution TEM image on the left provides an intricate view of the structure of the soot particle, obtained from wood or coal burning. On the right, we observe the derived signature through image analysis, which reveals crucial details about the particle's structure, including graphite lattice spacing. The significance of this research lies in its potential application for pollution control and identification. By analyzing signatures like these, scientists can discern valuable information about the origin of soot pollution. Smaller lattice spacings often indicate that the soot originated from diesel engines, while larger spacings suggest wood or coal burning as its source. With environmental concerns at an all-time high, understanding and monitoring sources of air pollution is paramount. This print represents a breakthrough in environmental monitoring and forensic research related to air pollution and soot identification. Its implications extend beyond scientific curiosity; they hold promise for developing effective strategies to combat air pollution and safeguard our environment. Science Photo Library has once again captured a visually stunning representation that combines science with artistry. Through their lens, we gain insight into microscopic worlds that have far-reaching consequences for our planet's well-being – reminding us why it is essential to continue pushing boundaries in environmental research without commercial interests overshadowing these critical endeavors.
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