_producing-more-power-by-cooling-solar-panels-124-trial-2-preview-1.jpg "Producing More Power By Cooling Solar Panels | Trial 2 from high efficiency solar panels in india Video Screenshot Preview 1")
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Everyday Solar
Everyday Solar
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_volkswagen-id-7-highlights.webp "Volkswagen is continuing to ramp up the speed of the electrical transformation: the latest hardware and software updates to the ID.3, ID.4 and ID.5 are now set to be followed by the start of series production of the brand new ID.7. <br/> Measuring almost five metres long and equipped with the best convenience features, the ID.7 is a Volkswagen positioned in the upper mid-size vehicle class. Here, it impresses with a new high-efficiency drive, long ranges, quick charging, generous space, a brand new high-tech interior concept and a high quality standard. <br/>The new electric drive motor is the central module of this efficient drive unit. It is the most powerful and highest-torque electric drive motor in a Volkswagen ID. model so far. The lithium-ion battery located in the sandwich floor is responsible for energy supply in the ID.7. On board the launch version of the ID.7 Pro, the battery offers a net energy content of 77 kWh. A second version of the battery with an even greater energy content is set to follow. The ID.7 Pro with its 77 kWh battery already underlines its suitability for long-distance driving with a combined WLTP consumption of 16.3 to 14.1 kWh/100 km and a WLTP range of up to 621 kilometres.")
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_how-does-x-ray-machine-works-124-enside-bright.webp "Ever wondered how x-ray machines work and how they allow us to see inside the human body and beyond? In this fascinating video, we'll delve into the mechanics and science behind x-ray technology, unlocking the secrets of this essential medical and industrial tool.<br/><br/> Key Topics Covered:<br/><br/>Introduction to X-Rays: Understanding what x-rays are and their importance in medical diagnosis and industrial applications.<br/><br/>X-Ray Machine Components: Exploring the key components of an x-ray machine, including the x-ray tube, power supply, control panel, and more.<br/><br/>Generation of X-Rays: A detailed breakdown of how x-rays are generated using high-speed electrons and the role of the x-ray tube in this process.<br/><br/>Interaction with Matter: Explaining how x-rays interact with different materials, creating contrast and revealing hidden structures.<br/><br/>Image Formation: Uncovering the imaging process, how x-rays form an image on film or digital detectors, and the role of absorption and transmission.<br/><br/>Safety Measures: Discussing safety protocols and measures in place to ensure both patients and operators are protected from excessive x-ray exposure.<br/><br/>Applications: Highlighting the diverse applications of x-ray technology in medicine, dentistry, airport security, and industrial inspections.<br/><br/>Future Innovations: Offering insights into advancements and future innovations in x-ray technology, such as higher resolution imaging and reduced radiation exposure.")
_are-perovskite-cells-a-game-changer-for-solar-energy.webp "DW Planet A")
_otd-in-space-april-26-britain-launches-its-1st-satellite.webp "On April 26, 1962, Britain launched its first satellite, Ariel 1.<br/><br/>This made the United Kingdom the third country to have a satellite in orbit after the U.S. and the Soviet Union — but they didn't launch it themselves. Ariel 1 launched on an American Thor-Delta rocket from Cape Canaveral Air Force Station in Florida. It was also built at Goddard Space Flight Center in Maryland. Britain's Science and Engineering Research Council provided all of the experiments. Five of the six experiments on board studied the relationship between solar radiation and Earth's ionosphere, and one was dedicated to studying cosmic rays. Just 10 weeks after Ariel 1 launched, it was damaged by an explosion during a high-altitude nuclear test conducted by the U.S. military. Its solar panels broke, and it was unable to transmit any more useful data after that.")
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