noun a system that absorbs or takes in something, such as heat or a substance
Absorption systems are studied in chemical engineering for their applications in gas absorption processes, where they are used to remove one or more components from a gas stream by dissolving them in a liquid absorbent.
In HVAC systems, absorption systems can be used as an alternative to traditional vapor compression systems for cooling applications, especially in areas where electricity costs are high.
Absorption systems are integrated into renewable energy systems to provide cooling or refrigeration using solar thermal energy or waste heat, contributing to the overall energy efficiency of the system.
Absorption systems play a role in energy management by providing efficient cooling solutions that can be powered by waste heat or low-grade heat sources, contributing to overall energy savings.
Absorption systems are commonly used in thermal engineering for cooling or refrigeration purposes, where they utilize a refrigerant-absorbent pair to transfer heat and produce cooling effect.
Absorption systems are a key component in refrigeration technology, offering a sustainable and environmentally friendly refrigeration solution compared to traditional vapor compression systems.
A writer may use the concept of absorption system to describe how a reader becomes fully engaged in a story or piece of writing, mentally absorbing the content and becoming immersed in the narrative.
A psychologist may use the absorption system to explain how individuals can become deeply engrossed in an activity or experience, leading to a state of flow where they are fully focused and immersed in the task at hand.
An engineer may use absorption systems in the design and operation of cooling systems, such as absorption refrigeration systems, which use a heat source to drive a cooling process through the absorption of a refrigerant by a absorbent material.