Significance of Seepage
Seepage refers to the process where liquids leak from medicine storage, ultimately compromising their safety and resulting in wastage. This phenomenon poses a significant risk in medical contexts as it can lead to the loss of crucial medications and undermine their effectiveness. Proper storage and handling practices are essential to prevent seepage and ensure the integrity of medical supplies.
Synonyms: Leakage, Infiltration, Percolation, Exudation, Discharge, Filtration, Oozing
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
The concept of Seepage in scientific sources
Seepage pertains to the leakage of liquids, particularly from medicine storage, which can compromise safety and result in wastage of valuable medical products, highlighting the importance of maintaining proper storage conditions.
From: Sustainability Journal (MDPI)
(1) Seepage, represented by C 4/[L · (min · 10 m) − 1 ], is a factor with a value of 142.36, and this has a great impact on the resilience system of the surrounding rock of the tunnel.[1] (2) It refers to the gradual flow of water through soil or rock, which can affect stability by altering pore pressure and effective stress within the surrounding ground.[2] (3) Seepage is the process where surface water and groundwater find channels due to the higher porosity of dolomite, which can lead to dolomite crystal shedding and weathering products.[3] (4) Describes the ease with which fluid travels through rock; it is governed by fractures and can be estimated through hydraulic conductivity.[4] (5) Seepage refers to the slow escape of a liquid or gas through porous material or small holes, and two-dimensional seepage was integrated into the deep-foundation-pit calculation model.[5]
From: International Journal of Environmental Research and Public Health (MDPI)
(1) It is the slow movement of water through soil, potentially contributing to soil erosion and nutrient transport.[6] (2) Seepage plays a key role in nutrient loss and easily occurs in widely-used contour ridge systems due to the ponding process, making seepage a crucial factor in the context.[7]