5,800 research outputs found
Letter from Aneas Mikell to Alden Partridge, 24 July 1828.
No full textHis father will remit money due on his account when he is able.Wrtten from Edingsville, SC. Postmark from Charleston, S.C
Letter from William Black to Alden Partridge, 17 February 1826.
No full textRegarding the expenses of Charles Black.From Duck Branch Plantation, SC. Transcriptions may be subject to error
Letter from Adam Brisbane to Alden Partridge, 30 January 1824.
No full textInquires about the admittance of his son, William H. Brisbane, into the academy; Adam had three sons, and, as his brother had none, he gave William H. to him (probably to inherit property).Letter originated Black Swamp [Plantation] via Robertville, SC. Transcription by Lilian R. Olson and K. M. Donley. Transcriptions may be subject to error
Letter from J. B. Lynch to Alden Partridge, 19 May 1821.
No full textIntroduces Gideon Campbell who is to enter the Academy.The writer may be from the Charleston, SC, area. Transcription by Raymond Bouchard. Transcriptions may be subject to error
SC author and illustrator Kate Salley Palmer signing book
No full textPhotograph of SC author and illustrator Kate Salley Palmer signing boo
Book signing by SC author and illustrator Kate Salley Palmer
No full textPhotograph of Book signing by SC author and illustrator Kate Salley Palme
High-resolution clean-sc
No full textIn this paper a high-resolution extension of CLEAN-SC is proposed: HR-CLEAN-SC. Where CLEAN-SC uses peak sources in “dirty maps” to define so-called source components, HR-CLEAN-SC takes advantage of the fact that source components can likewise be derived from points at some distance from the peak, as long as these “source markers” are on the main lobe of the Point Spread Function (PSF). This is very useful when sources are closely spaced together, such that their PSFs interfere. Then, alternative markers can be sought in which the relative influence by PSFs of other source positions is minimised. For those markers the source components better agree with the actual sources, which allows for better estimation of their locations and strengths. This paper outlines the theory needed to understand this approach and discusses applications to 2D and 3D microphone array simulations with closely spaced sources
SC author and illustrator Kate Salley Palmer talking to event attendees
No full textPhotograph of SC author and illustrator Kate Salley Palmer talking to Rita Lewi
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