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An interview with. Jimmy Dewar. October 12, 2001. "A voice so sweet and clear". A lot of the fans of Robin Trower's music have been fans since his break from the confines of the heavily keyboard based band Procol Harum when he went solo in the early seventies. Besides the powerful, expressive and at times haunting guitar work, there was ...
Sir James Dewar FRS FRSE ( / djuːər / DEW-ər; [1] 20 September 1842 – 27 March 1923) was a British chemist and physicist. He is best known for his invention of the vacuum flask, which he used in conjunction with research into the liquefaction of gases. He also studied atomic and molecular spectroscopy, working in these fields for more than ...
23 de mar. de 2019 · Jimmy Dewar (12 October 1942 – 16 May 2002) was a Scottish musician best known as the bassist and vocalist for Robin Trower and Stone the Crows, the latter having its beginnings as the resident band at Burns Howff in Glasgow. He was educated at St. Gerards Senior Secondary School in Glasgow. There was a strong Scottish music scene in Glasgow ...
James "Jimmy" Dewar (1942-2002) possessed one of the sweetest and most soulful voices in all of rock’n roll. Born in Glasgow, Scotland in 1942, Jimmy’s career started with Lulu and The Luvvers in the early 1960s, graduating to vocals and bass in Stone The Crows with Maggie Bell, and ultimately to fronting the Robin Trower Band in 1973.
15 de oct. de 2014 · A beautiful song by Jimmy Dewar off of his release from 1998 of the same name..Originally recorded in the late 70's, this was released in 1998. I want to pe...
- 4 min
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- Tom Kane
James Dewar. Profile: Scottish bassist and vocalist, born 12 October 1942 in Glasgow, died 16 May 2002. Best known as lead vocalist and bassist with Robin Trower between 1973 to 1983. In Groups: Lulu And The Luvvers, Robin Trower, Stoics (2), Stone The Crows. Variations:
27 de ene. de 2014 · James Dewar fue un químico que diseñó un termo para almacenar sueros y vacunas a temperatura estable, basándose en el principio de que el vacío no conduce el calor ni por conducción ni por convección.
