講演情報
[15a-K204-2]Electric Field Sensors and Electric Field Signature Control for Military Vessels
〇Samantha Davidson1 (1.Ultra Maritime SMAP)
キーワード：
electric、underwater、sensor
Historically magnetic and acoustic influences have been most commonly measured. However, the interaction of a vessel hull with its environment, notably the sea water gives rise to corrosion where metallic areas of the hull are exposed. The corrosion of a vessel can be minimised by the application and maintenance of suitable coatings. Since coatings cannot be applied or maintained perfectly an impressed cathodic corrosion protection system, ICCP, is used in order to impress current on to the hull such that the relative potential of hull relative to the seawater is such that corrosion is rendered energetically impossible.
In recent years the maritime electric influence has come to the fore with sensors being installed on ship signature measurement ranges whether as a retrofit or in a fully integrated multi-influence sensor package. In this paper, electric sensors as well as electric signature control and optimisation will be discussed with reference to onboard systems and configuration on a multi-influence range.
In recent years the maritime electric influence has come to the fore with sensors being installed on ship signature measurement ranges whether as a retrofit or in a fully integrated multi-influence sensor package. In this paper, electric sensors as well as electric signature control and optimisation will be discussed with reference to onboard systems and configuration on a multi-influence range.