Article List

• Optimal Design of Spherical Shell of Co-vibration Vector Hydrophone(2)

  The shape of the hydrophone is a standard spherical shape. The spherical shell of the hydrophone is composed of upper and lower hemispheres. The outer radius of the two hemispheres is 36 mm, the wall thickness of the lower hemisphere is 3 mm, and the wall thickness of the upper hemisphere is 4 mm. A

  Ultrasonic Transducer information September 30, 2021
• Optimal Design of Spherical Shell of Co-vibration Vector Hydrophone(1)

  Abstract: Aiming at the structural pressure problem of deep-water vector hydrophones, the maximum stress formula of the external pressure spherical shell is derived, and the influence of the materials and dimensions of the co-vibrating spherical vector hydrophone on its acoustic performance and pres

  Ultrasonic Transducer information September 30, 2021
• Overview of the development of deep-water low-frequency transmitting underwater acoustic transducers

  With the development of ocean research, there is a wide range of demand for transducers that can work in deep water. Deep-water transducers are mostly mounted on various types of self-contained underwater platforms, theplatform can accommodate limited volume and weight as well as power supply capaci

  Ultrasonic Transducer information September 24, 2021
• Design, Development and Application of Broadband Combined Underwater Acoustic Transducer

  introduction The ocean is not only an important treasure of fishery and mineral resources, but also an important position for countries to maintain national security and military struggles. Therefore, underwater acoustic technology has become an important means for the current exploration and develo

  Ultrasonic Transducer information September 14, 2021
• New Type of Underwater Acoustic Transducer and New Technology of Transducer

  Acoustic waves are the only carrier that humans have that can transmit information and energy over long distances in the vast ocean. On the land, people use electromagnetic waves to develop radars. Similarly, people use acoustic waves as information carriers to develop underwater targets for detecti

  Ultrasonic Transducer information September 06, 2021
• Development and Application of Underwater Acoustic Transducer Sensor

  1 The basic concept and history of underwater acoustic transducer network The underwater acoustic transducer network is the product of the popularization of global network technology. Now that the land is connected through wired optical or electrical means, and the network is connected through wirel

  Ultrasonic Transducer information August 30, 2021
• Research on the low frequency curved hydrophone

  In order to receive low frequency sound waves with high sensitivity, a double sided three-lamination flexural hydrophone was studied, applying the finite element software COMSOL to the simulation and optimization design of the curved hydrophone. The influence of every part on the receiving sensitivi

  Ultrasonic Transducer information August 06, 2021
• Estimation of sound source level of underwater acoustic transducer in shallow water

  A sound source level estimation method based on the acoustic inverse frequency response function (IFRF) is proposed to solve the problem of poor accuracy of the assessment of the vibration and noise level of underwater acoustic equipment in shallow waters. This method represents the multi-channel tr

  Ultrasonic Transducer information July 13, 2021
• Analysis of target detection performance for a single vector hydrophone windowed histogram algorithm

  Analysis of target detection performance for a single vector hydrophone windowed histogram algorithm

  Ultrasonic Transducer information July 08, 2021
• Single-directional circular hydrophone sensor

  Single-directional circular hydrophone sensor

  Ultrasonic Transducer information June 22, 2021