When he tailed someone, he stuck on like a bwr.

In a BWR, the containment strategy is a bit different.

A typical large BWR will have 185 of these control rods.

The BWR existed in a state of limbo for many years.

Control rods are inserted from below for current BWR designs.

It has additional functionality in advanced versions of the BWR.

The BWR is designed to shrug this accident off without core damage.

The second unit was originally planned to be a BWR as well but plans later changed.

It continued to run trains along the line and simply billed the BWR for its outstanding payments.

First commissioned in 1971, the plant consists of six boiling water reactors (BWR).

The clubs opening match took place on 1 May 1954 against BWR, which finished 3-3.

Writer's Digest has named BWR as one of 19 "magazines that matter".

GE pioneered the BWR technology that has become widely used throughout the world.

In addition, although confined, BWR spent fuel pools are almost always located outside of the primary containment.

The literature does not indicate why this was the case, but it was eliminated on production models of the BWR.

There are two available hydraulic power sources that can drive the control rods into the core for a BWR under emergency conditions.

BWR systems overview.

All reactors use BWR technology.

Consisting of one 150MWe BWR, it operated from 1964 until 1982.

There are three BWR units in a nuclear power plant near Oskarshamn.

There are five major varieties of BWR containments:

In the case of the BWR, the steam is directed into the condensate chamber and condenses there.

The BWR is a four-wheel-drive road not suited to lower clearance two-wheel-drive vehicles.

A BWR may be designed to operate using only natural circulation so that recirculation pumps are eliminated entirely.

Several calculated/measured quantities are tracked while operating a BWR:

The companies' line of Boiling water reactors were not successful on the market.

Mexico has one nuclear power plant, which consists of two boiling water reactors.

It was originally intended to be a boiling water reactor type of nuclear power plant.

The nuclear power plant has one General Electric boiling water reactor.

Boiling water reactors are all designed (and required) to handle this type of transient.

By contrast, in a boiling water reactor the primary coolant is designed to boil.

Boiling water reactors, on the other hand, are designed to have steam voids inside the reactor vessel.

The chemistry of boiling water reactor coolant is more complex, as the environment can be oxidizing.

Boiling water reactors may have dozens of neutron detectors, one per fuel assembly.

It has two boiling water reactors currently producing a total of 1,720 MWe.

It has two General Electric boiling water reactors with a total capacity of 1,759 megawatts.

Grand Gulf nuclear power station is a General Electric boiling water reactor.

Units B and C are, like unit A, boiling water reactors.

In nuclear power plants, boiling water reactors present unique challenges since the steam going through the turbines is radioactive.

General Electric's main design, the "economic simplified boiling water reactor," has no orders yet but three companies are seriously considering ordering it.

A boiling water reactor uses U, enriched as uranium dioxide, as its fuel.

This topic is covered extensively in the reactor protection system section of the Boiling water reactor safety systems article.

Unit A was a boiling water reactor with an output of 237 megawatts, the first large nuclear power plant in Germany.

Boiling water reactors do not use steam generators, as steam is produced in the pressure vessel.

Both units are General Electric boiling water reactors.

See List of boiling water reactors.

Three years later it presented the preliminary studies for a 230 MWe nuclear plant equipped with a boiling water reactor.

The station has a single General Electric generation II boiling water reactor.

GE portrays its new design as an improvement on its previous evolutionary version, the advanced boiling water reactor.

In a boiling water reactor, condensed steam (water) is fed back into the reactor.