The maximum detection distance is usually the primary concern of magnetic anomaly
detection (MAD). Intuition tells us that larger object size, stronger magnetization and finer …

We introduce a low-noise fundamental-mode orthogonal fluxgate magnetometer for use in
magnetotelluric surveys. The fluxgate makes use of rapidly quenched amorphous wire …

This paper reports a novel micro-fluxgate sensor based on a double-layer magnetic core of
a Fe–Co–B-based amorphous ribbon. The melt-spinning technique was carried out to obtain …

In this paper, we present the current state of the art in magnetic sensors. The three major
magnetic effects that may be used in sensing devices and applications are: the magnetic …

A new fluxgate current sensor is presented in this paper. The sensor consists of an
additional magnetic toroidal core and an additional winding, aside from the elements in a …

In this paper, we present a novel MEMS orthogonal fluxgate sensor fabricated by standard
micro fabricated technology. The sensor mainly consists of a three-dimensional solenoid …

It has been shown that annealing of amorphous magnetic wire used as a core for orthogonal
fluxgates in the fundamental mode can significantly decrease the noise of the sensors in the …

Magnetic sensors adopting amorphous wires have advantages in high sensitivities and low
noise characteristics, yet those performances would be irreproducible due to the …

Advantages of flexible polymer materials with developments in refined magnetic actuation
can be intertwined for a promising platform to work on a resilient, adaptable manipulator …

The lowest measurable magnetic field of a high sensitive magnetometer based on giant
magnetoimpedance (GMI) effect will be determined by its noise level. Numerous previous …