It’s thus worth putting in the effort to make a better antenna, and if you’re not fortunate enough to have a lot of space, your best choice may be a magnetic loop. [Robert Hart] takes us ...

The Viikki-based Circulator 3.0 pre-incubator programme has direct access to a growing professional circular economy community. Circular economy requires every player to understand the effect of their ...

It’s thus worth putting in the effort to make a better antenna, and if you’re not fortunate enough to have a lot of space, your best choice may be a magnetic loop. [Robert Hart] takes us ...

High power devices feature composite adiabatic technology designed for optimum thermal handling without compromising the careful electro/magnetic balance required to ...

Description: amplifier may be provided using the termination of the isolator. Consult QuinStar if planning to use this option. Typical applications for these devices include radio astronomy, satellite ...

We’re fully into the swing of summer, so if you haven’t invested in one of the best fans or air circulators yet, we can only imagine how sticky and uncomfortable you’ve been feeling!

Spintronics uses the magnetic moment of the electron to represent and process information ... Researchers have not yet been able to measure these processes properly, however, as circulation measuring ...

The Joule performs precisely and accurately and is among the lightest immersion circulators we tried ... strength magnet" to help adhere to most magnetic, steel-plated containers that hold ...

If you’re in the market for a highly effective fan that sells for a fraction of the price of a Dyson, the new MeacoFan Sefte 10” Air Circulator is the fan for you. With its three adjustable ...

An apparent weakening of one of the world’s most important ocean currents is probably a measurement error caused by a shift ...

A permanent magnet is always magnetic. It has an invisible magnetic field. Only certain materials, such as iron, feel a magnetic force. Permanent magnets can come in lots of different shapes and ...

showing us the shape of the magnetic field. You can see that the field is made up of lines that come from the north pole and loop around the magnet to the south pole. The lines are closer together ...