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Chapter and Conference Paper
“Water Needle”—A New Phenomenon for Ink-Jet Printing
This paper describes a novel phenomenon “water needle”, which is generated by the self-focusing acoustic transducer (SFAT) that has an Al/ZnO/Al structure on top of a silicon-nitride diagram. The SFAT generate...
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Chapter and Conference Paper
A Subsection Storage Policy in Intelligent RAID-Based Object Storage Device
With the development of network storage technology, some massive storage system architectures have exposed some drawbacks. How to remove the server bottleneck and decrease the loss rate of I/O requests have be...
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Chapter and Conference Paper
Dynamic Evaluation and Implementation of Flood Loss Based on GIS Grid Data
Based on GIS grid data, this paper present a design of flood loss dynamic evaluation model and its application in **gjiang flood diversion district. In this model the basic information of the demonstration ar...
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Chapter and Conference Paper
Comparative Study of Distance Discriminant Analysis and Bp Neural Network for Identification of Rapeseed Cultivars Using Visible/Near Infrared Spectra
The potential of visible/near infrared spectra as a method of nondestructive discrimination of various rapeseed cultivars was evaluated, discrimination ability of distance discriminant analysis (DDA) and BP ne...
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Chapter and Conference Paper
Recovering Palladium from Chloridizing Leaching Solution of Spent Pd/Al2O3 Catalyst by Sulfide Precipitation
The recovery of palladium from the chloridizing leaching solution of spent Pd/Al2O3 catalyst was studied mainly by the sulfide precipitation tests and chemical composition analysis, and the relevant mechanism was...
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Chapter and Conference Paper
Missile Maintenance Management Using Data Flow Analysis and Discrete Event Simulation
The data flow analysis and the discrete event simulation are utilized to assist the decision making of missile maintenance management. In contrast to the traditional qualitative methods, first the association ...
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Chapter
Study on Pre-impounding Method of the Three Gorges Project at the End of Flood Season
The initial design considers the need for flood control and conducive to the sand discharge. The reservoir arranges to store water in early October after flood. It is very important to complete the water stora...
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Chapter
Disaster Risk Assessment of the Silk Road
Disasters Risks, generated by the interaction of complex human and natural systems, are more significant, more complicated, and more difficult to foresee. Silk Road spans Asia, Europe, and Africa, involving mo...
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Chapter
Conclusion and Prospect
The basin-wide utilization of flood resources is an important measure to give full play to the characteristics of flood resources, alleviate the shortage of water resources and realize the sustainable developm...
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Chapter
Analyzing the Characteristics of Glacial Debris Flow Activity in Parlung Tsangpo Basin, Tibet
Parlung Tsangpo, which has a complex geological structure, active neotectonic movement, special hydrometeorological conditions and frequent glacier activity, has become the most dangerous segment of the Sichua...
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Chapter
Characteristics and Causes of the Debris Flow in Shelong Gully, China
A rainfall-induced debris flow disaster occurred in Shelong Gully on the 22th June, 2019. More than 26,300 m2 of farmland and 14 houses were buried and transportation and power supply broke down in the worst cata...
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Chapter
Necessity of Study
At present, there are some disputes and differences in the basic concept of flood resources utilization within the academic circles. The existing concepts of flood resources utilization are summarized, compare...
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Chapter
Analysis on Characteristics and Changes of Flow-Sediment in Yangtze River Basin
The Upstream Yangtze is the reach above Yichang City on the Mainstream Yangtze, draining an area of about 1 million km2
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Chapter
Feasibility Study on Flood Resources Utilization of Three Gorges Project
The Three Gorges Project take up the tasks for regulating the flood of the Yangtze River to make the **gjiang Reach meet standard-compliance feature to defend the flood in recurrence of 100 years, and in case...
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Chapter
Study on Floating Water Level During Flood Season of the Three Gorges
According to the flood control needs of the middle and lower reaches of the Yangtze River and the requirements of “store clear and dredge muddy” for the reservoir, the preliminary design of the Three Gorges Re...
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Chapter
Overall Situation of Yangtze River Basin
The Yangtze River drains a total area of 1.8 million km2, representing 18.8% of the territorial area of China, with a total mainstream length of 6300 km. The Yangtze River Basin possesses total water resources of...
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Chapter
Feasibility Study on Flood Resources Utilization in Yangtze River Basin
Generally speaking, the evaluation system for flood resources utilization mainly includes the analysis of flood resources utilization methods and utilization level, evaluation of utilization amount and potenti...
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Chapter
Countermeasures for the Utilization of Flood Resources and Risk Reduction in the Yangtze River Basin
The risk of flood resources utilization refers to the unexpected events and the occurrence probability of using flood resources to solve water shortages and maintain a healthy ecological environment under the ...
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Chapter
Study on Regulation Mode of Small and Medium Floods in the Three Gorges Project
Since the experimental impoundment of the Three Gorges Project in 2008, the maximum flood peak flow rate was 71,200 m3/s, which is much smaller than the design flood (the maximum flood peak flow of 98,800 m3/s). ...
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Chapter
Study on Countermeasures for Risks of Flood Resources Utilization in the Three Gorges Project
The flood resources utilization of the Three Gorges Reservoir is limited due to the short forecast period of respiration and flood, and results errors. There are also uncertainties in various aspects such as w...
