Today, carbon-based molecular sieves are used for many things including extracting oxygen from air. Because it is porous like a sponge and its tunnels are an important aspect as to how efficient a fuel source it might, Rosalind was able to classify the types of coal and relate this to their fuel burning performance.įranklin soon discovered that the pores in coal were roughly the same size as gas molecules, which meant coal could be used a molecular sieve to separate different molecules. She studied coalĬoal was a vital fuel source for Britain during World War 2. Staying focussed throughout school, she was accepted in the University of Cambridge studying Natural Sciences and graduated with second class honours – a fact that was incredibly frustrating to Rosalind, who was a known perfectionist. Rosalind was born in July 1920 and knew she wanted to be a scientist from a very young age. But who exactly was Rosalind Franklin? We’ve pulled together the Top 5 facts on Rosalind Franklin to help prompt class discussions and shed light on this amazing scientist. On February 6, it was announced in a special ceremony at the Airbus HQ in Stevenage, UK that the ESA ExoMars rover would be named Rosalind Franklin.
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