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121. An engineering example of heat - supply using water - source heat pump of shallow groundwater is introduced.

122. The paper presents the simulation experiment using semi-permeable sampling device(SPMD) with triolein in order to develop a method to monitor groundwater by simulating bio-accumulation process.

123. Highly mineralized groundwater can be explored from strongly salinized land thus producing mirabilite and table salt.

124. Application of seasonal exponential smoothing method to groundwater level prediction is discussed herein.

125. Exploration works have shown that there are alveolate isolated aquifers in the loose deposits with rich groundwater. By direct viewing, the landslide was caused by road excavation in 1998.

126. So, in our country,[Sentence dictionary] disposal the "high arsenical content" groundwater is a question no time to delay.

127. The industrial solvent trichloroethylene (TCE) is among the most ubiquitous chlorinated compounds found in groundwater contamination.

128. Otherwise, the initial performance period should be in summer. The heat pump performance had little effect on groundwater quality and restrained the growth of bacteria.

129. The descending of groundwater line due to soil water reducing was the main reason that resulted in the destruction and deadness of forests.

130. The secondary effluent from Gaobeidian Sewage Treatment Plant was treated with the DGB tertiary process for groundwater recharge.

131. This paper introduces a finite analytic method of solving groundwater flow. This method combines analytic solution with numerical method, and can rise computational accuracy and improve the stability.

132. Groundwater vulnerability assessment is a useful tool for groundwater resource protection.

133. Along with decreasing of groundwater level, MDA contents of Tamarix Hispida would obviously increase.

134. The groundwater flow is simulated with the seepage model of heterogeneity isotrope, and the partial differential equations are solved with finite difference scheme of irregular triangle net.

135. The groundwater observation well is the basic facility to grasp the groundwater regime, and to appraise and study the groundwater resources.

136. But at present, the government of Ruoqiang County still have not got a Appraisal of Groundwater Resources, and has a very limited hydrology and geognosy survey.

137. The concept holds that uranium is leached by groundwater from tuffeceous rocks.

138. Problems existing in water resource exploitation of Fuyang city are analyzed herein. It is pointed out that overexploitation of deep groundwater induced ground settlement of large area.

139. The mathematic model can reflect the actual hydrogeology of the local area, it can be used to simulate and predict the change of groundwater quality of Daba area in a certain extent.

140. Conjunctive use of surface and groundwater, keep the balance of exploitation and supplement of water resources.

141. This paper gives a brief introduction to the karst development in Dushan area and discusses the types, distribution and tracing test of karst groundwater.

142. In the field of nanofiltration, South Africa's North-West University has built a treatment plant that incorporates ultrafiltration membranes to clean brackish groundwater in a ruralvillage.

143. The groundwater in Qian an County includes the pore phreatic water, the pore confined water of the Quaternary period and up Tertiary cranny pore confined water.

144. Eco-hydrogeology is a new discipline formed by interpenetration and integration of ecology and hydrogeology and a theoretical foundation for the sustainable utilization of groundwater resources.

145. After it built a bottling plant in Kerala, India, in 2000, Coca-Cola faced a barrage of criticism for allegedly depleting local groundwater.

146. In Shanxi Province in aridity and semi-arid region, the groundwater is the important resource of water supply.

147. Littoral's groundwater commonly keeps in the aquiferous system which is composed of multi-aquifer and feebleness dank layers, each layers' groundwater is exploited in various degree.

148. It has been clear for some time that the groundwater level at Giza is rising.

149. Due to the characteristic of technical impracticability, it is hard to calculate the cost of remedying contaminated soil and groundwater.

150. Generally, the higher the groundwater, the stronger evaporating capacity of dive and more soil salic are.