A set of coils has been designed and constructed for generating magnetic field gradients for a Faraday magnetometer. We have obtained a gradient of magnitude -1 1 kOe m-' (8.75 x lo5 A m-') in an air gap of 42 mm for a current of 12 A passing through the coils
Basic principles and approaches in generation of devices for realization Faraday method are evaluate...
A new method is described for the design of gradient coils for magnetic resonance imaging systems. T...
Standard gradient coils are designed by minimizing the inductance or resistance for an acceptable le...
A set of coils has been designed and constructed for\ud generating magnetic field gradients for a Fa...
We present a design of a compact set of biplanar coils which produces magnetic fields of eight diffe...
We present a design of a compact set of biplanar coils which produces magnetic fields of eight diffe...
We present a design of a compact set of biplanar coils which produces magnetic fields of eight diffe...
We present a design of a compact set of biplanar coils which produces magnetic fields of eight diffe...
We present a design of a compact set of biplanar coils which produces magnetic fields of eight diffe...
A transverse gradient coil design is described for wire wound cylindrical applications. The proposed...
In this article, electromagnet layouts are presented, which generate a magnetic field with a magnitu...
In small, cylindrical gradient coils consisting of a single layer of wires, the limiting factor in a...
In standard cylindrical gradient coils consisting of a single layer of wires, a limiting factor in a...
The paper presents a magnetic field gradientmeter meant to detect the very small size ferromagnetic ...
A magnetic field gradient measuring device, which uses the Hall effect in germanium, has been constr...
Basic principles and approaches in generation of devices for realization Faraday method are evaluate...
A new method is described for the design of gradient coils for magnetic resonance imaging systems. T...
Standard gradient coils are designed by minimizing the inductance or resistance for an acceptable le...
A set of coils has been designed and constructed for\ud generating magnetic field gradients for a Fa...
We present a design of a compact set of biplanar coils which produces magnetic fields of eight diffe...
We present a design of a compact set of biplanar coils which produces magnetic fields of eight diffe...
We present a design of a compact set of biplanar coils which produces magnetic fields of eight diffe...
We present a design of a compact set of biplanar coils which produces magnetic fields of eight diffe...
We present a design of a compact set of biplanar coils which produces magnetic fields of eight diffe...
A transverse gradient coil design is described for wire wound cylindrical applications. The proposed...
In this article, electromagnet layouts are presented, which generate a magnetic field with a magnitu...
In small, cylindrical gradient coils consisting of a single layer of wires, the limiting factor in a...
In standard cylindrical gradient coils consisting of a single layer of wires, a limiting factor in a...
The paper presents a magnetic field gradientmeter meant to detect the very small size ferromagnetic ...
A magnetic field gradient measuring device, which uses the Hall effect in germanium, has been constr...
Basic principles and approaches in generation of devices for realization Faraday method are evaluate...
A new method is described for the design of gradient coils for magnetic resonance imaging systems. T...
Standard gradient coils are designed by minimizing the inductance or resistance for an acceptable le...
Add to ORKG