Senior Reports
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Senior Reports were/are, essentially, undergraduate theses for some science and most engineering faculties going back as far as the 1920s. Their digitization and upload to UNB Libraries Institutional Repositories was meant to preserve these works in electronic format. Because of NDAs with industry, the propriety of information, and other privacy reasons, this collection requires UNB Login credentials to view as per the wishes of the faculties responsible. These works are unavailable to those outside the institution, generally.
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Item 1-D numerical model of CANDU fuel channels using the SIMPLEC method(University of New Brunswick, 1996) LeBlanc, Marc P.; Venart, J.Item 1984 summer surveys : Department of Transportation, Woodstock, N.B.(University of New Brunswick, 1984) Brennan, Peter J.Item 1986 agricultural surveys in New Brunswick(University of New Brunswick, 1986) Welch, Trevor F.; McLaughlin, JohnItem 1988 Queen Charlotte Basin Experiment: Seismic refraction and gravity models of line 3(University of New Brunswick, 1994) Long, Denise Thérèse; Spence, GeorgeThe Queen Charlotte Basin is situated off Canada's west coast. It lies between the mainland, a large plate-boundary transform fault, a triple-junction and a subduction zone. In 1988, a large seismic refraction and wide-angle reflection survey was carried out in order to study the basin's structure and evolution. Line 3 of that survey is the focus of this thesis. The velocity model of line 3 was obtained using refraction data from three land-based receivers. The initial sediment thickness and velocity was determined by the reflection section of line 3 and Harlequin Well data. Results show that the upper crust velocities increase from 5.5 km/s to 6.3 km/s at 8 km. Velocities increase in the mid crust from 6.5km/s to 6.7 km/s at 18 km depth. In the lower crust, a velocity of 6.8-6.9 km/s was found with Moho depths ranging from 26-28 km. These velocities correspond well with the results found in the southern sound, and the depth of the Moho is similar to that found in the Hecate Strait. The present Moho depth of line 3 shows that the northern Queen Charlotte Sound is only 80% of the original crustal thickness, strongly indicating an extensional history in the area. The gravity model defined a transition from oceanic to continental crust over a horizontal distance of 75 km (+/- I 0 km) corresponding with a Moho dip of 14 degrees.Item 1998 Holmes Brook algal bloom investigation(University of New Brunswick, 1999) Delorey, Steven J.; Arp, PaulItem 22-year growth response and financial analysis from commercial thinning treatmentson an experimental woodlot (Acadian Forest)(University of New Brunswick, 2002) White, Ken; Lantz, VanItem 25.6 Mbps ATM TC sublayer FPGA re-usable core(University of New Brunswick, 1999) Russell, Patrick; Luke, D.Item 2D datum transformation for a global positioning system at Syncrude Canada Ltd.(University of New Brunswick, 1995) Ramsaran, Ronald M.; Kleusberg, AlfredItem 3-DEFORM software for three dimensional deformation survey analysis using Cartesian coordinates(University of New Brunswick, 1993) Gerard, Daniel Sydney; Secord, J.Item 3D image processing and online mapping(University of New Brunswick, 2008) Foster, Burns; Zhang, YunItem 3D laser scanners : emerged or emerging technology?(University of New Brunswick, 2005) Edwards, LeMont W.; Dare, PeterItem 900 Mhz (i.e. MHz) low-noise amplifier design(University of New Brunswick, 2000) Czernecki, TomaszItem A water supply analysis of the covered bridge golf course in Hartland, NB(University of New Brunswick, 1993) Dow, BlaineItem A 2-D vision method for the detection of fiberglass laminate flaws(University of New Brunswick, 1987) Williamson, Ian J.; Bonham, D.Item A baseline hidden Markov model for speech recognition(University of New Brunswick, 1995) Nandlall, Vishwamitra; M. StevensonItem A basic functional layout for the Saint John Municipal Vehicle Maintenance and Repairs Facilities(University of New Brunswick, 2001) Patterson, Rebecca M.; Christie, JamesItem A benefit/cost analysis of timber marking northern tolerant hardwoods in North/Central Maine(University of New Brunswick, 2002) Pottle, Jonathan A.; Needham, TedThis paper investigates various operational considerations as they relate to timber-marking tolerant hardwoods in north/central Maine. Specifically, marking productivity is examined in terms of tolerant hardwood stand and site conditions. Also, associated benefits and costs are studied. Line of sight and marking crew sizes have the greatest affect on marking productivity. A productivity equation of marking productivity (acres/man-hour)= 0.46 * line of sight +1.17 is the formula that describes how productivity values vary with varying line of sight values. Marking crew sizes three and greater have an average productivity of 2.65 acres per man-hour. Marking significantly increases the present hardwood residual stumpage value per acre. This is an increase of about thirty percent. Overall, the benefits of marking far outweigh the costs in this study.Item A BIT serial digital filter section in CMOS VLSI(University of New Brunswick, 1988) Ward, Paul; Diduch, C.Item A bottle coating system for Ahlstrom Canada Limited(University of New Brunswick, 1975) Brown, Richard HollandItem A breakwater location study for Campbell River Harbour, British Columbia(University of New Brunswick, 1959) Christensen, F. H.