967 resultados para Dundonald, Thomas Cochrane, Earl of, 1775-1860
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On spine : The Grand Lodge of Canada in the Province of Ontario.
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Probate (copy) of the Last Will and Testament of Thomas Clark Street of Stamford Township. This is a printed copy which is signed by Charles A. Mittleberger, student at law, Oct. 18, 1872.
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Certificate (vellum) to announce that Thomas Henderson is to be Captain of a company of the Northern Regiment of Local Militia in the County of Northumberland, England. The document is stained, faded and contains holes. The text is slightly affected. The signature on this document has been cut away, Sept. 4, 1813.
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Letter to S.D. Woodruff from Thomas H. Johnson of the Department of Crown Lands replying to Mr. Woodruff’s inquiry about the boundaries of berth 192, Dec. 8, 1877.
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General return showing the quantity of each article transported on the Welland Canal during the year ending the 31st of December 1860 and the amount of tolls collected thereon. This document was mouldy (now inactive). This does not affect the text. It is signed by William Turner, collector (office at Port Maitland), 1860.
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Indenture of bargain and sale between Walter Hamilton Dickson and Augusta Maria Dickson of Niagara to Jane Dickson (widow of Robert Dickson), Thomas Clark Street of Stamford and Edward Clarke Campbell of Niagara for 150 acres for the south half of Lot no. 32 in the 7th concession and the north east quarter of Lot no. 22 in the 10th Concession of Dumphries. This was recorded in the County of Halton on the 29th day of January, 1849 in Folio 326, memorial 236, Jan. 12, 1849.
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Marriage Bond between Thomas A. Allen of Grimsby and Sarah Bridgeman of Grimsby signed by Adam Duff of Grimsby and Palmer Bugbee [Buckbee] of Grimsby, Sept. 28, 1838.
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Isoscalar collective modes in a relativistic meson-nucleon system are investigated in the framework of the time-dependent Thomas-Fermi method. The energies of the collective modes are determined by solving consistently the dispersion relations and the boundary conditions. The energy weighted sum rule satisfied by the models considered allows the identification of the giant resonances. The percentage of the energy weighted sum rule exhausted by the collective modes is in agreement with experimental data, but the agreement with the energy of the modes depends on the model considered.