Boundary: Bleed area may not be visible.
Inside Message (Optional)
Inside View
by Patrick Landmann/science Photo Library
$5.00
Quantity
The more you buy... the more you save.
Orientation
Image Size
Product Details
Our greeting cards are 5" x 7" in size and are produced on digital offset printers using 100 lb. paper stock. Each card is coated with a UV protectant on the outside surface which produces a semi-gloss finish. The inside of each card has a matte white finish and can be customized with your own message up to 500 characters in length. Each card comes with a white envelope for mailing or gift giving.
Design Details
Laser Megajoule laser beam simulation. This 2D simulation shows imperfection in one of the laser beams used in the Laser Megajoule (LMJ). The LMJ is... more
Ships Within
2 - 3 business days
Laser Megajoule laser beam simulation. This 2D simulation shows imperfection in one of the laser beams used in the Laser Megajoule (LMJ). The LMJ is an experimental nuclear fusion device being built near Bordeaux, France, using the inertial confinement fusion (ICF) method. It uses 240 laser beams and 1.8 megajoules of power to heat a target to the point where fusion and power generation occurs. Each beam measures 40 by 40 centimetres but will be focused on an area 50 thousandth of a millimetre across for 0.003 billionth of a second. Construction of the LMJ is scheduled for completion in 2012. Photographed at the Le Barp facility of the French Atomic Agency (CEA).
Science Photo Library (SPL) is the leading source of science images and footage. Sourced from scientific and medical experts, acclaimed photographers and renowned institutions, our content is unrivaled worldwide. Outstanding quality, accuracy and commitment to excellence are deeply embedded in our DNA. Science Photo Library inspires creative professionals and delivers engaging content of the highest quality for a wide range of clients in a variety of sectors. Visit sciencephoto.com for more information and stay connected on Twitter, LinkedIn, Instagram and Vimeo.
$5.00
There are no comments for Laser Megajoule Laser Beam Simulation. Click here to post the first comment.