For applications which are above room temperature, water cooling is often helpful.

The computer's water cooling system is designed to minimize failure rate and power consumption.

It is however conceived to work at a single frequency and requires a water cooling system.

Curiously, none yet takes advantage of the huge power gain that water cooling would bring.

Water cooling is a method of heat removal from components and industrial equipment.

The main mechanism for water cooling is convective heat transfer.

In energy-hungry computers, water cooling may be necessary for quiet operation.

The water cooling is necessary to remove the heat generated by the electrical loss in the cavity.

The reason for this was that water cooling system was seen as too vulnerable to enemy attack.

The use of water cooling carries the risk of damage from freezing.

The benefit of water cooling is higher capacity and less power usage than traditional air-cooled systems.

The crack developed several minutes after the Aug. 30 test firing was complete, when a water cooling system failed.

Most are air cooled, but some are designed to require external water cooling systems.

The environmental impact was very low due to a closed water cooling system and heaters being shut off during non-operating hours.

Water cooling eliminates the problem in mainframe computers, but smaller machinery must find an alternative.

However, the water cooling system adds more complexity and failure points, and requires additional maintenance.

The whole construction is mounted in a cubicle which features a heat exchanger and water cooling systems as required.

In 2003, the centre was closed following the finding of the legionella bacteria in the water cooling system.

Water cooling carries waste heat to a radiator.

Water cooling may alter natural water environments and create new environments.

That's where water cooling comes in.

As a result, water cooling is expected to be used for the high heating load; however, the resulting vibration is a concern.

While the smaller versions up to GC-3 were air-cooled, water cooling was mandatory for the larger systems.

To remove decay heat, the water cooling system was kept operating, leaking contaminated coolant to the floor.

Water cooling can be used to cool many computer components, but especially the CPU.