pressurized water reactor
PWR

About 2/3 are pressurized water reactors at even higher pressure.

All four pressurized water reactors were operating normally at the time.

From 1985 to 1987, four power units with pressurized water reactors were commissioned.

Construction of the two Westinghouse pressurized water reactors began in 1974.

A Pressurizer is a component of a pressurized water reactor.

Making it the first pressurized water reactor in Western Europe.

It is powered by a single OK-650 pressurized water reactor.

So far, all reactors on site are pressurized water reactors.

The site houses 4 currently operating units, all being pressurized water reactors.

In the case of a pressurized water reactor, the steam turbine is separated from the nuclear system.

Since then, it has also operated a pressurized water reactor to produce tritium.

In a pressurized water reactor, it is fed back through the heat exchanger.

The plant has two Westinghouse pressurized water reactors which went on-line in 1978 and 1980 respectively.

It consists of a highly enriched uranium core with a 2-loop pressurized water reactor.

They are used in pressurized water reactors between the primary and secondary coolant loops.

Owned by the Air Force, this pressurized water reactor was used to power a radar station.

Pressurized water reactor fuel consists of cylindrical rods put into bundles.

The single 1130 megawatt unit at Trojan was then the largest pressurized water reactor built.

This plant has one Westinghouse pressurized water reactor.

The reactors were planned to be pressurized water reactors.

Other reactors of similar design, called pressurized water reactors, have had steam generator problems.

This station has two Westinghouse pressurized water reactors.

The reducing environment in pressurized water reactors is less prone to buildup of oxidative species.

But this is in a different league from a full-size Pressurized Water Reactor.

Midway 2 was a medium-sized pressurized water reactor.

Light water is used as the primary coolant in a PWR.

However, the risks associated with building a large PWR are considerable.

Maybe they hoped that the PWR would also eventually come sweet.

That was where, if possible, the PWR would go.

Second, there are potential problems in estimating capital costs for a PWR.

Since then, four of the first French PWR series have been built.

PWR fuel bundles are about 4 meters in length.

Unlike a PWR, there is no primary and secondary loop.

This also increases the capital cost and complexity of a PWR power plant.

The flooding rate in a PWR is pressure dependent.

The spent fuel pool is outside of the containment building in most PWR designs.

Much larger pressure vessel than for a PWR of similar power, with correspondingly higher cost.

Another change was in order when PWR got outsourced chassis for the first time.

These changes must form at least one basis for analysis of the proposed British PWR.

She regained the championship three weeks later at a PWR event on May 11.

However PWR reactors also require years of powered pumped cooling water.

In a PWR, the reactor core heats water, which does not boil.

PWR began broadcasting weekly television shows on My 24 in September 2011.

It belongs to the 3rd PWR generation in Germany.

It is the first of a planned, but soon abandoned, family of four PWR nuclear stations.

These are the third generation pressurised water reactors (PWR).

Fact: With more than 150 operating worldwide over 30 years, the PWR already is the established international option.

Thanks to PWR for writing my intro today in our chatroom.

PWR gives annual awards and recognitions at the end of each year to wrestlers whose achievement is noteworthy.

PWR Racing started out as a single car operation from Queensland where the family lived.