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Isolated fracture of hyoid bone as a result of bicycle injury

100%
Mitrović S., Nikolić O., Jović R., Nikolić M.
Open Medicine
|
2012
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vol. 7
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issue 5
584-586
EN
Authors present a rare case of isolated hyoid bone fractures as a result of a traffic accident. Ten hours before the exam, the patient injured his neck by hitting it against a metal pole which he did not notice while riding a bicycle. Immediately afterwards he felt the pain, and came for an examination due to pain with swallowing. ENT examination discovered no signs of trauma in the oral cavity, oropharynx, hypopharynx, larynx and visible part of trachea. Computed tomography discovered an isolated fracture of hyoid bone. After 24 hour observation, patient was discharged for home care, and was shown a swallowing technique which significantly reduces swallowing pain. At control ENT examination 10 days later patient had no complaints. Control CT examination was not performed, as patient refused it.
2
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1D modeling of aquifer vulnerability and soil corrosivity within the sedimentary terrain in Southern Nigeria, using resistivity method

88%
Eyankware M. O., Umayah S. O.
World News of Natural Sciences
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2022
|
vol. 41
33-50
EN
Groundwater vulnerability/soil corrosivity was carried out within the study area, with the sole aim of classifying groundwater and soil corrosivity into various classes with the aid of the resistivity method. For this study the Vertical Electrical Sounding (VES) method was used, Schlumberger electrode configuration was used with maximum electrode spacing (AB/2) of 200 m in sixteen (16) different locations for data acquisition. Geoelectric parameters (layer resistivity and thickness) were determined from the interpreted data. Findings from Geoelectric Layer susceptibility indexing (GLSI) revealed that the northern, southern, and northeast of the study area value range of 70 to 160, 70 to 150, and 120 to 160 are considered to be highly vulnerable, vulnerable, and highly vulnerable respectively. The estimated result obtained from longitudinal unit conductance (S) showed that groundwater is considered to be slightly prone to contamination from the surface. Deduction from corrosivity revealed that VESs location showed no trace of corrosivity except for VES 15. According to findings from VES 15, underground metallic installations should be buried at a depth away from the aforementioned VES point.
3
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Fatigue Behavior of MIG-Welded 7N01-T4 Aluminum Alloy with Different V-Groove Angles

75%
Ma Z., Li Q., Ma L., He Z., Liang Z., Ma Z., Li Q., Ma L., He Z., Liang Z.
Archives of Metallurgy and Materials
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2019
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vol. 64
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issue 4
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