Adjectives For Cooling
Discover the most popular adjectives for describing cooling, complete with example sentences to guide your usage.
Updated on March 16, 2024
Choosing the right adjective to describe cooling can subtly but significantly alter the meaning of a sentence, highlighting the intricacies of temperature changes. For instance, rapid cooling suggests a swift decrease in temperature, potentially critical in medical or technological contexts. Slow cooling, on the other hand, might indicate a deliberate process, often preferred in culinary settings or in material science to ensure structural integrity. Evaporative cooling brings to mind natural or engineered processes that involve phase transition for cooling effects, useful in environmental and cooling technologies discussions. Meanwhile, terms like further cooling, sudden cooling, and subsequent cooling introduce temporal and sequential nuances, important in narrating events or procedures. Dive into the full list of adjectives linked with cooling to explore their unique impacts.
| rapid | As a result of the rapid cooling the metal became more brittle. |
| slow | The slow cooling of the metal allowed the crystals to grow more slowly, resulting in a stronger material. |
| evaporative | Evaporative cooling is a process in which water is evaporated to cool air. |
| further | The further cooling of the planet will create a more habitable environment. |
| sudden | The sudden cooling of the engine caused it to stall. |
| subsequent | Subsequent cooling created a more favorable environment. |
| local | I am going to show you what is local cooling |
| global | The engineering solution for global cooling would be to pump greenhouse gases, especially carbon dioxide, into the atmosphere. |
| radiative | Radiative cooling significantly increased the ground surface temperatures at night. |
| gradual | We are experiencing a gradual cooling of the climate. |
| external | The medical device used external cooling to lower the patient's body temperature. |
| direct | The air conditioner provides direct cooling to the room. |
| adiabatic | During the rapid adiabatic cooling of the descending air, the water vapor condenses and release the latent heat, resulting in the warming of the air. |
| adequate | The computer has adequate cooling to prevent overheating. |
| liquid | The computer's liquid cooling system kept the CPU from overheating. |
| natural | The natural cooling effect of the ocean will help to regulate the Earth's temperature. |
| additional | We decided to add an additional cooling fan to help keep the computer from overheating. |
| continuous | The continuous cooling of the metal resulted in a stronger and more durable product. |
| efficient | The efficient cooling system kept the room at a comfortable temperature. |
| quick | The quick cooling of the metal made it brittle. |
| fast | |
| artificial | To stave off the summer heat, the museum provides artificial cooling |
| effective | The vendor's prompt cooling mechanism delivered maximum and effective cooling performance. |
| convective | The earth's surface cools through convective cooling in which heat is transferred away from the surface by rising air currents. |
| internal | The car's internal cooling system kept the engine from overheating. |
| proper | Maintain proper cooling for optimal performance. |
| passive | Passive cooling uses natural sources to remove heat from a building or space. |
| controlled | The controlled cooling process allows for precise temperature regulation, resulting in a consistent and high-quality product. |
| active | The active cooling system kept the temperature of the room at a comfortable level. |
| excessive | Excessive cooling has led to the freezing of the car's engine. |
| uniform | The steel was subjected to uniform cooling in order to achieve the desired hardness. |
| sufficient | The car's engine requires sufficient cooling to operate properly. |
| nocturnal | The process of nocturnal cooling occurs when the Earth's surface loses heat to the atmosphere at night. |
| slower | The slower cooling allows the crystals to form more perfectly. |
| laser | The laser cooling technique is used to slow down atoms to near absolute zero. |
| climatic | During the last ice age, the earth experienced a long period of climatic cooling |
| slight | The slight cooling of the air brought relief from the heat. |
| initial | The initial cooling was followed by a period of warming. |
| better | The new design offers better cooling |
| mechanical | The system uses mechanical cooling to maintain a constant temperature. |
| pre | |
| maximum | The maximum cooling capacity of the air conditioner is 10,000 BTUs. |
| solar | The new system uses solar cooling to reduce energy consumption. |
| indirect | Indirect cooling was provided by contact with the cold concrete floor. |
| water | The computer has a water cooling system to keep it from overheating. |
| cryogenic | The cryogenic cooling system maintained the temperature of the superconducting magnets. |
| secular | The secular cooling of the Earth has been estimated at 0.1 degrees Kelvin per billion years. |
| progressive | The progressive cooling of the Earth's atmosphere over millions of years has led to the formation of polar ice caps. |
| radiational | Radiational cooling is the process by which a body loses heat by emitting thermal radiation. |
| sensible | The sensible cooling load is the heat transfer from the air to the surface by convection. |
| regenerative | The experimental plane used regenerative cooling to cool its surfaces. |
| uneven | The uneven cooling of the metal caused it to warp. |
| faster | The faster cooling allows the device to operate at higher power levels. |
| air | |
| thermoelectric | The thermoelectric cooling system efficiently regulated the temperature of the device, ensuring optimal performance. |
| conductive | The air-cooled heat exchanger provided conductive cooling to the hot fluid. |
| atmospheric | The weather system caused atmospheric cooling resulting in a significant drop in temperature. |
| net | The overall net cooling effect of the cloud cover is due to more reflection of sunlight. |
| through | The molten rock cooled into crystals through cooling |
| intense | The intense cooling caused the metal to shrink and crack. |
| inadequate | The inadequate cooling system resulted in the equipment overheating. |
| unequal | Unequal cooling between the surface and interior of the Earth can create geologic features, such as volcanic eruptions. |
| less | The water has less cooling effect now. |
| selective | Selective cooling is a technique that can be used to cool specific areas of a building without cooling the entire building. |
| stochastic | The stochastic cooling system allows scientists to cool the proton beam. |
| immediate | The immediate cooling of the engine prevents overheating. |
| consequent | The consequent cooling caused the steam to condense. |
| continued | As night continued cooling the air became crisp and clear. |
| magnetic | The magnetic cooling technology has been widely used in various industries. |
| radiant | The radiant cooling system kept the room at a comfortable temperature. |
| insufficient | The engine failed due to insufficient cooling |
| intensive | The intensive cooling process significantly reduced the temperature of the object. |
| dry | "Dry cooling" is a cooling technique that uses air instead of water to remove heat from a system. |
| moderate | The moderate cooling of the weather in the afternoon was welcome. |
| intermediate | The intermediate cooling process involves cooling the gas after each stage of compression. |
| dynamic | The dynamic cooling system of the computer effectively prevents overheating |
| differential | The differential cooling of the planet resulted in the creation of unique landforms. |
| topical | The topical cooling effect of the menthol helps to relieve pain and itching. |
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