构建沉淀物质量控制模型

S. Yuningsih, Asep Ferdiansyah, M. Fauzi
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引用次数: 0

摘要

由于印度尼西亚大多数地区的流域状况严重,需要对流域管理进行特殊处理。治疗应针对其所有方面的管理范式的全面变化。分水岭周围的灾害增加,如洪水、干旱、滑坡、侵蚀和河流流域输送的沉积物增加,都表明了这一点。水流中泥沙淤积的增加会破坏现有水工构筑物的性能。利用水文资料对该事件进行监测是可行的,特别是流量和泥沙资料的连续和准确。为了解决这一问题,需要建立泥沙数据质量控制模型。本研究的目的是确定悬沙数据质量控制模型,以保证输沙数据的连续性和质量。本次泥沙资料质量控制的范围为制定标准与子、确定标准与子之间的等级优先级、安排计分表、试错、定稿。该模型包括三个主要阶段,即流量测量和输沙取样(QC1)、泥沙等级曲线绘制(QC2)和流量数据向输沙量转换(QC3)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pembuatan Model Kendali Mutu Data Sedimen
Special treatment for watershed management was needed due to severe of watershed condition in most regions in Indonesia. The treatment should be directed to comprehensive changes of management paradigm for all aspects in it. Those were indicated by the increasing of disasters around the watershed, such as floods, droughts, landslides, erosion and increased of sediment transported by the river basin. The increasing of sedimentation which occurs in the river flow will disrupt the performance of existing hydraulic structure in the river. The event could be monitored by hydrological data, especially with the continuously and accurately of discharge and sediment data. In order to solve the problem, sediment data quality control model was needed. The purpose of this research is to determined suspended sediment data quality control model, in order to have continuous and quality guaranteed of sediment transport data. The scopes of this sediment data quality control were making criteria and sub, determining rank priority between criteria and sub, arranging scoring form, trial and error, finalization. The model consists of three main stages, there are measurement of discharge and taking sediment sample (QC1), drawing of sediment rating curve (QC2), and conversion of discharge data to sediment transport (QC3).
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