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Friction and mixing in the Faroe Bank Channel outflow ArchiMer
Duncan, Lm; Bryden, Hl; Cunningham, Sa.
Three hydrographic sections made during RRS Discovery cruise 242, from 7 September to 6 October 1999, are used to study the Faroe Bank Channel overflow. Each section, made perpendicular to the plume direction, comprised 10-14 stations measuring the outflow properties and velocity. The overflow defined as water with potential temperatures below 3 degreesC has densities greater than 28.1 kg m(-3), salinities between 34.9 and 35.1, with velocities as high as 80 cm s(-1) approximately 20 km downstream from the sill. We use these measurements to describe the characteristics of the outflow and to estimate the amount of friction and mixing as the plume travels along the continental slope into the Iceland Basin. From Lowered Acoustic Doppler Current Profiler...
Tipo: Text Palavras-chave: Chenal du banc des Faroe; Flux supérieur; Friction; Mélange; Faroe Bank Channel; Overflow; Friction; Mixing.
Ano: 2003 URL: http://archimer.ifremer.fr/doc/00321/43240/42969.pdf
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Importance of the Gulf of Aqaba for the formation of bottom water in the Red Sea ArchiMer
Plahn, O; Baschek, B; Badewien, Th; Walter, M; Rhein, M.
[1] Conductivity-temperature-depth tracer and direct current measurements collected in the northern Red Sea in February and March 1999 are used to study the formation of deep and bottom water in that region. Historical data showed that open ocean convection in the Red Sea can contribute to the renewal of intermediate or deep water but cannot ventilate the bottom water. The observations in 1999 showed no evidence for open ocean convection in the Red Sea during the winter 1998/1999. The overflow water from the Gulf of Aqaba was found to be the densest water mass in the northern Red Sea. An anomaly of the chlorofluorocarbon component CFC-12 observed in the Gulf of Aqaba and at the bottom of the Red Sea suggests a strong contribution of this water mass to the...
Tipo: Text Palavras-chave: Gulf of Aqaba; Red Sea; Formation of bottom water; Tracer oceanography; CFC; Overflow.
Ano: 2002 URL: https://archimer.ifremer.fr/doc/00223/33445/31826.pdf
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Mata Matters: Overflow, underflow and the IEEE floating–point format AgEcon
Linhart, Jean Marie.
Mata is Stata’s matrix language. The Mata Matters column shows how Mata can be used interactively to solve problems and as a programming language to add new features to Stata. In this quarter’s column, we investigate underflow and overflow and then delve into the details of how floating-point numbers are stored in the IEEE 754 floating-point standard. We show how to test for overflow and underflow. We demonstrate how to use the %21x format to see underflow and the %16H, %16L, %8H, and %8L formats for displaying the byte content of doubles and floats.
Tipo: Article Palavras-chave: Underflow; Overflow; Denormalized number; Normalized number; Subnormal number; Double precision; Missing values; IEEE 754; Format; Binary; Hexadecimal; Research Methods/ Statistical Methods.
Ano: 2008 URL: http://purl.umn.edu/122590
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