susceptor

It would be a more efficient susceptor than a banana, he said.

The technical term for such a microwave-absorbing patch is a susceptor.

A substrate sits on a susceptor which is at a controlled temperature.

It uses a graphite susceptor with a very narrow hot-zone.

Conduction heating occurs with good thermal contact between susceptor and food.

Because of the lower temperatures, there is less browning, but more than if there were no susceptor at all.

Bulk pure Mg pieces are placed next to the substrate on the top of the susceptor.

Only the susceptor is heated, so gases do not react before they reach the hot wafer surface.

Metallised films are used as a susceptor for cooking in microwave ovens.

The ceramic includes a "susceptor" that captures the microwave energy and converts it to heat.

In a cold-wall reactor, the substrate is supported by a pedestal, which also acts as a susceptor.

This process raises the susceptor patch temperature to levels where it may then heat food by conduction or by infrared radiation.

This chamber is composed by reactor walls, liner, a susceptor, gas injection units, and temperature control units.

The susceptor is made from a material resistant to the metalorganic compounds used; graphite is sometimes used.

A graphite susceptor is available for III-V materials.

Ceramic or special glasses, such as quartz, are often used as the liner in the reactor chamber between the reactor wall and the susceptor.

The substrate and solid metal source sit on the same susceptor and are heated up inductively or resistively at the same time.

Frozen dinners, pies, and microwave popcorn bags often contain a susceptor made from thin aluminium film in the packaging or included on a small paper tray.

"Where ceramic materials are involved, heating will most likely occur by conduction from surrounding metallic parts, or the use of a susceptor" (Sue Dunkerton, 1).

It uses "susceptor plates" - a thin layer of powdered aluminum laminated under plastic that absorbs microwave energy and heats to a high temperature.

For growing nitrides and related materials, a special coating on the graphite susceptor is necessary to prevent corrosion by ammonia (NH) gas.

Silicon carbide (SiC) is used as a susceptor in microwave furnaces, a commonly used abrasive, and as a refractory material.

A susceptor is a material used for its ability to absorb electromagnetic energy and convert it to heat (which is sometimes designed to be re-emitted as infrared thermal radiation).

When the susceptor is heated to about 650 C, pure Mg pieces are also heated, which generates a high Mg vapor pressure in the vicinity of the substrate.

In 1981, the development of the susceptor bag (a paper bag impregnated with an aluminum-coated polyester film), allowed popcorn therein to be popped in a microwave oven without scorching.