Sentences with phrase «of magnetic field sensors»

For example, VTT succeeded in using a permalloy ink to print a magnetically anisotropic material, which can be used in the manufacture of magnetic field sensors.

The realization of magnetic field sensors made from diamond tips is the immediate aim of the cooperation between Prof. Jörg Wrachtrup (University of Stuttgart), Prof. Klaus Kern (Max Planck Institute), and Christoph Nebel (Fraunhofer IAF).

Not exact matches

The thin cable containing the magnetic field sensors can be easily installed on perimeter fences of all kinds.

«The sensors can detect disturbances in the surrounding magnetic field, including the magnetic field above them, with a range extending several metres,» adds research assistant Haibin Gao who is working on the sensor technology as part of Hartmann's team.

«Our magnetometers (magnetic field sensors) are highly sensitive and can reliably measure even the smallest of changes in the ambient magnetic field,» explains Professor Uwe Hartmann.

Manufactured in bulk, low - cost Sprites could be deployed and networked by the hundreds or thousands to create space - based sensor arrays of unprecedented breadth, with each craft so lightweight that it could operate without propellant, shifting or maintaining its orbit solely through the radiation pressure of starlight or the forces imparted by a planet's magnetic field.

Sensors placed around the outer sphere and inside the sodium were used to map the magnetic field, while ultrasound beams measured the rate of flow of the fluid using the Doppler effect.

A: I'm working on using solid - state defects in diamonds as magnetic field sensors, with the goal of using them as little nanoscale MRI machines that can study the structure and dynamics of single biological molecules (e.g., proteins).

The sensor is less than 1 mm in diameter, and a weak magnetic field that envelopes the patient registers the location of the sensor in three dimensions in real time.

Also, each spacecraft is equipped with sensors to measure particle energy and position and determine pitch angle — that is, the angle of movement with respect to Earth's magnetic fields.

Launched in 1997, Cassini has been exploring the Saturn system for more than nine years with a suite of instruments that also includes visible - light cameras, ultraviolet and infrared spectrometers, as well as magnetic field and charged particle sensors.

Electrical sensors measure both the angle and the force applied by the user on the ankle, and a computer modifies the strength of the magnetic field accordingly.

Thus, magnetic fields around the sensor are concentrated in the walls of this box.»

The sensor detected digitally modulated magnetic field signals with strengths of 1 picotesla (one millionth of the Earth's magnetic field strength) and at very low frequencies, below 1 kilohertz (kHz).

The researchers hope to extend the range of low - frequency magnetic field signals by boosting the sensor sensitivity, suppressing noise more effectively, and increasing and efficiently using the sensor's bandwidth.

As a step toward that goal, the NIST researchers demonstrated detection of digitally modulated magnetic signals, that is, messages consisting of digital bits 0 and 1, by a magnetic - field sensor that relies on the quantum properties of rubidium atoms.

This is how the identification of smallest magnetic fields with diamond sensors works: in the tiny diamond tip, two adjacent carbon atoms are being removed and one of the resulting vacancies is replaced by a nitrogen atom.

With that objective in mind, the NASA team has programmed the sensor - laden Juno to measure the chemical composition of the planet's atmosphere and to map its gravitational and magnetic fields.

The patterns of the changes in magnetic field strength over 48 hours seen in these two events were so similar to those recorded in a ground sensor during the Carrington event that the first event must not have been global in its reach either, the team reports in the Journal of Space Weather and Space Climate.

«Brilliant hard drive quality with magnetic field sensors made of diamond.»

He adds that a GPS tracking device, as well as acoustic and magnetic field sensors, can be mounted behind the drill bit of the relief well to help pinpoint the existing well.

Part of the problem is that magnetic fields can pass through biological tissues without being altered, so the sensors could, in theory, be located in any part of the body.

Both of these parameters, the Hall potential and the strength of the magnetic field, can be measured by a Hall effect transducer or sensor.

The tiny sensor can potentially be applied in a wide range of scenarios, since there are weak magnetic fields everywhere, even in the brain.

University of California, Berkeley, physicist Dmitry Budker and his colleagues at Ben - Gurion University of the Negev in Israel and UCLA have now shown that these diamond sensors can measure the tiny magnetic fields in high - temperature superconductors, providing a new tool to probe these much ballyhooed but poorly understood materials.

Together with colleagues at the Max Planck Institute for Solid State Research, they are developing a quantum sensor that will be able to precisely measure the tiny magnetic fields we can expect to see in the next generation of hard discs.

For example, materials with the optimized combination of both multiferroic mechanisms could be used as efficient switches, magnetic field sensors, and memory devices.

Each of the three identical satellites is loaded with sensors that constantly measure the magnetic field's strength, magnitude and direction.

By extending the coherence time of electron states to over half a second, a team of scientists from Berkeley Lab, UC Berkeley, and Harvard University has vastly improved the performance of one of the most potent possible sensors of magnetic fields on the nanoscale — a diamond defect no bigger than a pair of atoms, called a nitrogen vacancy (NV) center.

Magnetism in graphene could lead to new types of nanoscale sensors of magnetic fields.

For example, students could be building a speaker from scratch (in which amplified electrical signals are converted into magnetic fields) and the system would display the flow of electrons, magnetic forces or sensor values.

The magnetic component of these fields is picked up by the sensor coils in the headphones.

Asus has provided an array of sensors that mainly include an accelerometer, ambient light sensor, proximity sensor, magnetic field sensor and a gyroscope.

There is a list of sensors available to give smarter performance, which includes an ambient light, proximity, gyroscope, accelerometer, magnetic field, orientation, rotation vector and a gravity sensor.

Light Sensor, Proximity Sensor, Gyroscope, Raw Gyroscope, Accelerometer, Magnetic Field, Raw Magnetic Field, Orientation, Rotation Vector, Game Rotation Vector, Linear Acceleration, Gravity, Geomagnetic Rotation Vector are some of the sensors available on this device.

Fabulous phone in CDMA - GSM category... Today i had bought it and in my opinion this is the best phone in its class... It Has...: --- HD display (720 × 1184 because of on screen buttons) with 320dpi is very good and vewing angles and colour reproduction were also great — Qualcomm Snapdrogan s4 8625Q processor with Adreno 203 GPU — On screen navigation buttons — All CDMA (3G) and GSM (2G) sims work — Camera quality is also good — Bulid quality is good — Can play HD videos smoothly in h / w mode — Antutu Score — 10948 — Quadrant score - 4485 — Multitouch - 5 points — Nenamark 2 score - 28.4 fps — Sensors — Accelerometer, Magnetic field, Orientation, light, Proximity — No notification led — Apps can move to sd cards — Screen guard is included with all standard accessories in the box — Black colour is good instead of white because in black colour it looks completely black from front which looks great and feels like a very premium phone..