Sentence examples for underwater resources from inspiring English sources
Some 200 seminars will be held, as well as special conferences lasting up to two weeks on such topics as polar transportation and underwater resources.
The purpose of this paper is to analyze how to benefit from the IoUT to learn from, exploit and preserve the natural underwater resources.
Our goal is to create diver-deployable tools that are orders of magnitude faster, more precise, and less expensive than current practice to enable mapping and imaging of these underwater resources at a societal scale.
UNESCO, a United Nations body, estimates that 273 aquifers are shared by two or more countries.In this section Unholy rows Deep waters, slowly drying up Trial trails Passing the tin ReprintsThe signing this summer of a treaty between Brazil, Argentina, Uruguay and Paraguay to protect the Guarani aquifer, after a six-year study of the region's underwater resources, has thus come as a nice surprise.
The efficiency of most divers in exploiting underwater resources depends on their oxygen (O2) supplies and their capacity to reduce heat loss to the aquatic environment [1].
The Autonomous Underwater Vehicle (AUV) Laboratory designs marine robots with a multitude of applications in oceanography, environmental monitoring, and underwater resource studies.
When the energy of the laser pulse is appropriate, real-time transmission for speaker-independent speech can be realized in that way, which solves the problem of underwater bandwidth resource and provides a technical approach for the air-sea communication.
With further exploration of ocean resources, underwater communication is playing a more critical role in both military and civilian aspects.
Looks at the relationship between plate tectonics and marine mineral deposits; shows how the ocean floor is being mapped and looks at recovery systems for marine resources including underwater scoops and shovels and giant "vacuum cleaners".
Furthermore, by annexing Crimea the Kremlin may lay claim to a vast offshore maritime zone along with the rights to exploit underwater Black and Azov Sea resources to the tune of trillions of dollars.
Limited on-board energy resources of autonomous underwater vehicles (AUVs) demand design of an appropriate controller to achieve optimal energy consumption while tracking a commanded path accurately for some envisaged applications.
