The phrase "air cooling device" is correct and usable in written English.
It can be used when referring to a device designed to cool air, commonly found in various appliances or systems.
Example: "The air cooling device efficiently lowered the temperature in the room during the hot summer months."
Alternatives: "air conditioner" or "cooling system".
At present active air cooling devices comprised of various finned heat sink, heat pipe, and fan combinations is popular.
A number of recommendations ranging from provision of hydration breaks to improved natural ventilation and installation of air cooling devices were made.
The cooling device delivered air at 11°C and 15 m/s through a hood and separate neck collar made of a double layer of nylon sheeting, the inner layer pierced with holes.
Evaporative cooler: Type 757a Model an evaporative cooling device for which the user supplies the inlet air conditions of a primary and secondary air stream and the device effectiveness as a function of primary stream inlet air dry bulb temperature and secondary stream inlet air wet bulb temperature.
In the hypothermia group the intravascular catheter was 3.2 ± 4.8% of the time out of range compared to 69.8 ± 37.6% with conventional cooling, 50.5 ± 35.9 with the water-circulating cooling device, 74.1 ± 40.5% with the air-circulating cooling device and 44.2 ± 33.7% with the gel-coated external cooling system (p < 0.05).
Similar results were found in the normothermia group: the intravascular catheter was 4.2 ± 5.1% of the time out of range compared to 97.4 ± 5.8% with conventional cooling, 74.8 ± 17.4 with the water-circulating cooling device, 53.6 ± 29.5% with the air-circulating cooling device and 40.2 ± 19.5% with the gel-coated external cooling system (p < 0.05).
Endovascular cooling device was not used.
On the Paris energy exchange, Powernext, the price of electricity has soared, rising to 67 euros a megawatt-hour today, compared with less than 40 euros in June, as demand for power to run air-conditioners and other cooling devices surges.
As expected, cooling devices are not common in Lhasa: only 8.7% of participants had air-conditioning at home, 18.1% reported they had a fan and about 6% had both.
Potential sources include combustion, building materials and furnishing, heating and cooling devices, products you bring into your home, and products outside that affect the indoor air, too.
Thermoelectric cooling devices in the car's seats obviate the need for a weight- and energy-intensive air conditioner.
