Magnetic fluid accelerometer is designed based on the special physical properties of
magnetic fluid. Compared with the conventional acceleration sensors, magnetic fluid …

One of the significant application of magnetic fluids technology is given by inertial and
gravity sensors. Some of the present and coming achievements in the research …

This paper presents a novel inertial sensor with a movable nonmagnetic rod immersed in
the ferrofluid, which can be used as a low band accelerometer. Movement of the …

This paper presents a novel inclinometer based on the second kind of ferrofluid levitation
principle. Two rectangular magnets with the opposite poles are fixed at the ends of a non …

In this paper, a novel accelerometer exploiting the first kind of ferrofluid levitation principle is
presented. The device consists of a piston-shaped container filled with ferrofluid surrounding …

The magnetic fluid has been used in the accelerometers to improve the performance owing
to its characteristics of fluidity and paramagnetism. In this paper, a novel 2-D magnetic fluid …

The magnetofluidic sensor for the volume measurement of a nonmagnetic heavy body
characterized by a random surface shape is based on changes of the inductance of a coil …

Microgravity conditions offer the natural environment for the research and applications of
magnetic fluids, in particular for magnetic fluid composites. The nonmagnetic solid …

In this paper the dynamical characteristics of a ferrofluid acceleration sensor are studied
experimentally and theoretically. The stiffness coefficient and damping coefficient are key …

Magnetic liquids are a kind of nano-scale functional material with fluidity and
superparamagneticity, which is mainly composed of nano-magnetic particles, base liquids …