洋山深水港区航道水下地形 监测与跟踪分析
P229.1; 为掌握水深状况,确保航行安全,采用双频GNSS接收机配以双频测深仪,应用GNSS RTK技术辅以导航测深软件进行平面、深度数据的采集,对洋山深水港区进港航道人工维护段和港内水域进行定期的水下地形监测与跟踪分析,所有外业记录、内业计算及精度指标都符合规范的要求,提供的测量成果可靠.全面掌握了航道现状、水深变化趋势及河床变化趋势等,为疏浚提供初步的参考依据,为洋山深水港的正常通航提供了安全保证....
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| Veröffentlicht in: | 岩土工程技术 2020, Vol.34 (4), p.217-221 |
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| creator | 周秘 |
| description | P229.1; 为掌握水深状况,确保航行安全,采用双频GNSS接收机配以双频测深仪,应用GNSS RTK技术辅以导航测深软件进行平面、深度数据的采集,对洋山深水港区进港航道人工维护段和港内水域进行定期的水下地形监测与跟踪分析,所有外业记录、内业计算及精度指标都符合规范的要求,提供的测量成果可靠.全面掌握了航道现状、水深变化趋势及河床变化趋势等,为疏浚提供初步的参考依据,为洋山深水港的正常通航提供了安全保证. |
| doi_str_mv | 10.3969/j.issn.1007-2993.2020.04.007 |
| format | Article |
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| title | 洋山深水港区航道水下地形 监测与跟踪分析 |
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