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1 de jul. de 2013 · Thomas Graham (1805-1869) is known as the founder of colloidal chemistry and for his fundamental research on the nature of phosphoric acid and phosphates, diffusion of gases, liquids, and solutions, adsorption of gases by metals, dialysis, osmosis, mass transfer through membranes, and the constitution of matter.
The Thomas Graham Community Library – a striking modern building with advanced net zero carbon energy system – is the product of a partnership between Strathblane Community Development Trust (SCDT) and Stirling Council. It is the first community-council partnership to deliver library services in Scotland: a blend of charitable and donor ...
"Thomas Graham" published on by null. (1805–69)Scottish chemist, who became professor of chemistry at Glasgow University in 1830, moving to University College, London, in 1837. His 1829 paper on gaseous diffusion introduced Graham's law.
6 de ene. de 2011 · Thomas Graham was born in Edinburgh, Scotland in 1805 and enrolled in the University of Glasgow at the tender age of 14! He went on to become Professor of Chemistry at Anderson’s College (now part of Strathclyde University) and then at University College London. In 1854, Graham was named Master of the Mint, a position once held by Sir Isaac ...
Thomas Graham was a Scottish chemist best known for his leading work in the diffusion and dialysis of gases. Early Life. Graham was born on December 21st, 1805 in Glasgow, Scotland. He was the son of a prosperous manufacturer who wanted him to become a church minister. At the age of 14, Graham entered University of Glasgow.
Thomas Graham (1805-1869) is known as the founder of colloidal chemistry and for his fun-damental research on the nature of phosphoric acid and phosphates, diffusion of gases, liq-uids, and solutions, adsorption of gases by metals, dialysis, osmosis, mass transfer through membranes, and the constitution of matter.
The Scottish chemist Thomas Graham (1805–1869) has, with justification, often been referred to as the “Father of Dialysis.”. However, his crucial contribution to in vivo clinical dialysis was only a small part of what became his lifelong interest in the broad topic of the way in which substances pass through as well as into each other ...
