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关注:1
2013-05-23 12:21
求翻译:3)建立抽灌井渗流场数学模型进行数值模拟,运用Nash-Sutcliffe效系数对模型识别检验,并对模型中的水文地质参数进行了灵敏度分析,表明相对于释水系数Ss,渗透系数K对模型解求解精度影响力更大,选用Feflow软件对水源热泵运行期渗流场特性进行了分析,并结合当前西安市水源热泵布井方案分析可知,选用异侧回灌的布井方案要优于同侧回灌布井方案。是什么意思? 待解决
悬赏分:1
- 离问题结束还有
3)建立抽灌井渗流场数学模型进行数值模拟,运用Nash-Sutcliffe效系数对模型识别检验,并对模型中的水文地质参数进行了灵敏度分析,表明相对于释水系数Ss,渗透系数K对模型解求解精度影响力更大,选用Feflow软件对水源热泵运行期渗流场特性进行了分析,并结合当前西安市水源热泵布井方案分析可知,选用异侧回灌的布井方案要优于同侧回灌布井方案。
问题补充: |
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2013-05-23 12:21:38
3) the establishment of pumping irrigation wells seepage field mathematical model to simulate the nash-sutcliffe efficiency coefficient of hydrogeological parameters in the model identification test, and model sensitivity analysis showed that the phase permeability coefficient for water release coef
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2013-05-23 12:23:18
正在翻译,请等待...
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2013-05-23 12:24:58
3) establishes pulls out fills the well to infiltrate the flow field mathematical model to carry on the value simulation, utilizes the Nash-Sutcliffe effect coefficient to the model recognition examination, and has carried on the sector analysis to in the model hydrology geology parameter, indicated
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2013-05-23 12:26:38
3) established pumping filling well seepage field mathematics model for numerical simulation, using Nash-Sutcliffe effect coefficient on model recognition test, and on model in the of hydrological geological parameter for has sensitivity analysis, indicates that relative Yu Tokimi coefficient Ss, pe
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2013-05-23 12:28:18
正在翻译,请等待...
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