A wave propagation model can be developed to simulate ultrasound propagation of ocular tissue in vivo.

The micro strip line (18) intersects the electromagnetic wave propagating direction of the waveguide (14) substantially perpendicularly.

A first acoustic wave propagation member is coupled to the optical fiber.

A wave propagating transducer (30) is positioned adjacent the solid body (12) to propagate a first wavefront and a second surface wavefront adjacent the first and second surface areas of the solid body.

The receiver extracts a transmitter identifier (ID) and a wave propagation parameter (WPP) from the signal.

are a type of partial differential equations which describe the propagation of

Each one of the discrete waves is associated with wave parameters to be determined including at least one of wave propagation direction(s) and wave propagation delay.

A method and apparatus are disclosed for simulating wave propagation in an environment.

The geophone can research seismic wave propagation characteristics finely, thereby improving the exploration precision.

The wave propagation delay concept is applied to the real-time pump diagnostic algorithms.

2.2 Representing non-linear dynamics with Volterra series

In 1747, Jean Le Rond d'Alembert published a solution to the one-dimensional wave equation.

In this case, passing to the polar coordinate system, we can write:

The dipole element launches a propagating mode of wave within the waveguide while receiving its energization from the transverse electromagnetic wave propagating along the coaxial line and along the stem.

The mass flowmeter compensates zero-point drift of a flow rate using the pulse wave propagation time between two these two points.