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Fine Art Print : Ionisation chamber system C016 / 3789
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Ionisation chamber system C016 / 3789
Ionisation chamber system (white, left) and viewing the resulting data on a screen (right). Ionisation chambers enable accurate measurement of the amount of radiation absorbed by an object or organic tissue (dosimetry). They operate over a wide range of radiation energies and can be used to develop radiological protection and radiotherapy treatments. Photographed at the National Physical Laboratory, Teddington, UK
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9204161
© ANDREW BROOKES, NATIONAL PHYSICAL LABORATORY/SCIENCE PHOTO LIBRARY
Absorbed Absorption Analysing Analyzing Computer Ionising Machine Measurement Measuring Monitor National Physical Laboratory Operating Radiation Radiology Researching Screen System Teddington Laboratory Physical
20"x16" (+3" Border) Fine Art Print
Discover the captivating intersection of art and science with Media Storehouse's Fine Art Prints. This mesmerizing piece, titled "Ionisation chamber system C016 / 3789," is an original photograph by Andrew Brookes, captured at the National Physical Laboratory/Science Photo Library. Witness the intriguing dance of energy within the ionisation chamber system, as radiation interacts with the white chamber on the left, and the resulting data illuminates the screen on the right. This stunning print not only adds an alluring aesthetic touch to your space but also serves as a thought-provoking reminder of the marvels hidden within the realm of scientific discovery. Embrace the beauty of science with Media Storehouse's Fine Art Prints.
20x16 image printed on 26x22 Fine Art Rag Paper with 3" (76mm) white border. Our Fine Art Prints are printed on 300gsm 100% acid free, PH neutral paper with archival properties. This printing method is used by museums and art collections to exhibit photographs and art reproductions.
Our fine art prints are high-quality prints made using a paper called Photo Rag. This 100% cotton rag fibre paper is known for its exceptional image sharpness, rich colors, and high level of detail, making it a popular choice for professional photographers and artists. Photo rag paper is our clear recommendation for a fine art paper print. If you can afford to spend more on a higher quality paper, then Photo Rag is our clear recommendation for a fine art paper print.
Estimated Image Size (if not cropped) is 50.8cm x 40.6cm (20" x 16")
Estimated Product Size is 66cm x 55.9cm (26" x 22")
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.
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EDITORS COMMENTS
This print showcases the Ionisation Chamber System C016/3789 at the National Physical Laboratory in Teddington, UK. The image captures the essence of cutting-edge technology and scientific research in 21st century Europe. On the left side, we see the white ionisation chamber system, a crucial tool for accurately measuring radiation absorption by objects or organic tissue, known as dosimetry. This system operates across a wide range of radiation energies and plays a vital role in developing radiological protection and radiotherapy treatments. The right side of the photograph reveals an intriguing sight - data being viewed on a screen. This monitor displays valuable information obtained through ionisation chambers' measurements. It represents how technological advancements have revolutionized medicine and measurement techniques. Located within this prestigious laboratory setting, this equipment embodies British excellence in physics and materials testing. The National Physical Laboratory is renowned for its contributions to various fields such as radiology and analyzing ionising radiation dosimetry. Photographer Andrew Brookes has skillfully captured both the intricate machinery involved in these processes and their potential impact on medical advancements. Through his lens, we gain insight into the fascinating world of ionisation chambers while appreciating their significance in understanding radiation absorption at a fundamental level.
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