superconducting
superconductive

Was there more than light stored in the superconducting glass?

Advances have been made in the performance of superconducting materials.

The power for that was drawn from the same superconducting cables.

For your second question, probably not in a purely superconducting architecture.

This is the temperature at which the sample becomes superconducting.

But officials say some superconducting transmission lines could come sooner.

But only a small portion of their material had superconducting properties.

Such a device could play a crucial role in building superconducting computers.

At such speeds, the big superconducting hoops came into their own.

A network of superconducting cables run through the entire ring.

However, when the team raised the magnetic field to 8 T, the superconducting behavior continued.

They had seen the effects of such superconducting material.

The exact reason for this is not known, but there are two major families of superconducting ceramics.

Forward had moored us to the main superconducting power cable.

But hopes for building a superconducting power line remained unfulfilled.

Now that the basic recipe for the superconducting materials has been discovered, making them is easy.

If the motor were frictionless and superconducting, it would use no power.

This can be done by several methods including superconducting transition edge sensors.

Send current through a superconducting wire, and it loses no energy to resistance.

"I'm sure there must be superconducting coil around here somewhere.

"The Tanker has the same superconducting shell that saved you."

Now get me twenty miles of the superconducting wire.

Having squeezed earlier superconducting oxides, he knew what to expect: not much.

The steel pieces are placed near the permanent or superconducting magnet.

Such fields destroy the superconducting nature of the materials.

Superconductive materials can transmit electricity with little or no resistance.

The disk hung suspended until it became warmer and was no longer superconductive.

The current persisted due to the superconductive state of the conductive medium.

Consequently, superconductive devices and systems may soon be widely available for industrial applications.

That's why we need a superconductive computer to perform all the calculations required in a minimum amount of time.

Somebody had snipped off a bit of it to test, and discovered that the wire was superconductive.

Further purification is necessary to reach the grade for superconductive alloys.

Where one fiber is in contact with another, the superconductive electric current is interrupted.

The development of superconductive materials, which have vastly lower resistance to electricity, would allow more efficient energy use.

He said even a tangled chaos of force lines should provide the rigidity needed to maintain the superconductive state.

The appearance of superconductivity is associated with a phase transition, so there are superconductive states.

In the past few years, experimenters have hit upon a dozen or so compounds that become superconductive at higher temperatures.

Thus chilled, the magnets are superconductive; they conduct electrical current without any resistance whatever.

At very low temperatures, hundreds of degrees below zero Fahrenheit, some metals become superconductive.

They said they believed it would be possible to develop compounds that are superconductive at even higher temperatures.

It is superconductive at temperatures below 1.4 K.

Scientists yearned for new materials that would become superconductive at higher temperatures, preferably room temperature.

But as the industrial world's attention turns to commercializing superconductive technology, Japan feels it is on home turf.

If the magnetic field becomes sufficiently strong, one scenario is for the superconductive state to be "quenched".

A ruthenium-molybdenum alloy is known to be superconductive at temperatures below 10.6 K.

Computational methods indicate that some of these compositions may be superconductive under very high pressure and low temperature.

By cooling the whole system down to a chilly 0.4K, they were able to observe a superconductive transition.

The superconductive properties are strongly dependent on the purity of the niobium metal.

In a superconductive state, this process continues indefinitely, with the oxygen atoms acting as carriers of the hole.

She realized from the sharp stink of ozone and the steady buzzing that the superconductive had cracked.