The phrase "liquid cooling technology" is grammatically correct and can be used in written English.
It refers to a system or method of cooling electronic devices or machinery using liquid substances, such as water or refrigerants. Example: The new computer is equipped with state-of-the-art liquid cooling technology, ensuring that it stays at a safe and optimal operating temperature during high-intensity tasks.
Both come with octacore and hexacore processors as well as liquid cooling technology.
ICEOTOPE Peter Hopton United Kingdom Their pitch: Iceotope develops servers using next generation liquid cooling technology.
Dell EMC is upgrading its Broadwell-based PowerEdge C6320 to the Skylake-based C6420, which can be optionally cooled using CoolIT liquid cooling technology.
Using a patented liquid cooling technology, Iceotope have been powering the radiators in one computer lab at the University of Leeds for the last couple of years.
"If you haven't thought about these phones, wake up!" The Lumia 950 comes with octacore and hexacore processors and liquid cooling technology.
It seems counterintuitive to dunk your electronic devices in liquid to cool them off, but Mr. Best noted that early supercomputers relied on liquid cooling technologies.
The company's intelligent mining technology uses a Two-Phase Liquid Cooling Immersion technology to dramatically decrease cooling costs by up to 90%.
It said also that it will utilize a new 'StatePoint Liquid Cooling' system technology, which the firm claims minimizes the consumption of water and power.
By utilizing Novec in this two-phase liquid cooling immersion technology, we have unlocked Texas' potential to mine for the first time".
"The company's intelligent mining system uses a two-phase liquid cooling immersion technology to dramatically decrease cooling costs by up to 90percentt and lets the company conduct mining operations from anywhere, including the middle of hot and muggy Texas.
The importance of liquid helium temperature cooling technology in the aerospace field is discussed, and the results indicate that improving the efficiency of liquid helium cooling technologies, especially the liquid helium high frequency pulse tube cryocoolers, is the principal difficulty to be solved.
