… , the development of a ferrofluidic inclinometer, which … of ferrofluid is contained in a water
environment. The magnetic force, which is induced by the excitation coil, attracts the ferrofluidic …

… inclinometer based on the second kind of ferrofluid levitation principle is presented here. The
inertial mass consists of ferrofluid, … of the ferrofluid inclinometer. Some characteristics of the …

… In this paper, a resonant ferrofluidic inclinometer has been presented. The main novelty
introduced by this architecture, compared with previous realizations, is the use of supplementary …

… In this paper a tilt sensor exploiting the effect of the imposed tilt on a mass of ferrofluid free
to … In this paper a novel approach to implement a tilt sensor is presented [17]. The proposed …

… The ferrofluidic resonant inclinometer proposed in this paper follows this emerging idea. …
INCLINOMETER In this section, the working principle of the resonant ferrofluidic inclinometer is …

… a novel approach to implement a tilt sensor is presented. The proposed approach is based
on a ferrofluid … applied tilt on the transition time of the ferrofluid mass between two fixed sites. …

… the ferrofluid is contained. The bias magnetic force, induced by the excitation coil, attracts
the ferrofluid at the … 4 the simulated inclinometer steady-state responses (ferrofluid steady-state …

… in the implementation of a novel ferrofluid inclinometer. The basic structure of the sensor
consists of a glass pipe containing water and a ferrofluid drop retained by a magnetic field. …

… ferrofluidic inclinometer in resonant configuration is … The ferrofluidic resonant inclinometer
proposed in this paper … In [3] the architecture of an innovative ferrofluidic inclinometer is …

… The proposed inclinometer uses a 5-mm diameter glass pipe filled with water and a drop
of ferrofluid (FF), a retaining mechanism based on a permanent magnet and an infrared (IR) …