• Aucun résultat trouvé

Physicochemical parameters of groundwater (Foggara) an sand dune (Timimoun) Algeria

N/A
N/A
Protected

Academic year: 2021

Partager "Physicochemical parameters of groundwater (Foggara) an sand dune (Timimoun) Algeria"

Copied!
1
0
0

Texte intégral

(1)

Physicochemical parameters of groundwater (Foggara) and

sand dune (Timimoun) Algeria

Authors

A Maazouzi, A Kettab, A Badri, B Zahraoui, R Khalfaoui

Publication date

2013/11/1

Journal

Desalination and Water Treatment

Volume 51 Issue 37-39 Pages 7353-7358 Publisher

Taylor & Francis

Description

This work aims at the characterization of sand dune (Timimoun), which is found in considerable quantity in Algeria Western South, and studies the physicochemical quality of ground water (foggara), using for the drinking and irrigation. In order to perform a chemical analysis of the porous environment studied in summer to provide us with a qualitative and a quantitative information about the chemical composition of the sample, the results obtained show that the quartz (97%) is the most represented mineral, the oxides of aluminum, potassium, iron, chromium, and manganese, identified by the chemical analysis, probably enter in the clayey phase, the granulometric analysis permitted us to determine some parameters as the uniformity coefficient, equivalent diameter, and a comparison of the IR spectrum of the sand (washed and non washed) was achieved, and observations to the scanning electron microscopy and …

Références

Documents relatifs

The 803 OHS professionals surveyed said that in addition to raising staff awareness, their main difficulties related to the management of regulatory compliance and the

We show here that quantitative characterization with light spectrometry and confocal microscopy is appropriate for describing alteration degrees as altered and geological flints

Note that these two events must be anticipated for three main reasons: (i) it is necessary to guarantee robot safety and visual features visibility for the task to be

This papers based on an empirical case study elaborates on the question: can we see better with the help of an articulation of safety engineering, safety management and social

We first describe the construction of a periodic table based on the so-called Madelung rule [9] which arises from the atomic shell model. This approach to the periodic table uses

These integrated tools include effect-based and chemical screening-based monitoring and assess- ment via whole mixture [15, 16] and component-based mixture assessment tools [17,

After calculating the clone positions, we measured their dis- placements for three di fferent cases: (1) within a single exposure time to determine whether the potential