ADIAPOLYSIS Meaning and
Definition
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Adiapolysis is a term derived from the Greek words "adi," meaning not, and "polysis," meaning dissolution or decay. It refers to a process in which a substance or material undergoes little or no dissolution or decomposition when placed in a specified environment or solution.
In chemistry, adiapolysis indicates the resistance of a substance to dissolve or break down in a particular solvent. It describes the property of a compound or material that remains intact and unchanged even after being immersed in a liquid or exposed to specific conditions. This concept is commonly used in the field of pharmaceuticals and drug development to assess the stability and solubility of formulations.
Adiapolysis can also be associated with geological processes, where it describes the resistance of certain rocks or minerals to weathering or erosion. Some rocks exhibit adiapolysis due to their high resistance to chemical reactions or physical breakdown, allowing them to endure for extended periods without degradation.
The term adiapolysis can also be applied metaphorically to describe the persistence or resilience of a person or an idea against external pressures or influences. In this sense, it implies the ability to withstand challenges or maintain one's integrity and purpose despite adversities or attempts at dissolution.
Overall, adiapolysis embodies the notion of limited dissolution or decay and highlights the durability, either physical or conceptual, of a substance, material, rock, or even a person.
Common Misspellings for ADIAPOLYSIS
- zdiapolysis
- sdiapolysis
- wdiapolysis
- qdiapolysis
- asiapolysis
- axiapolysis
- aciapolysis
- afiapolysis
- ariapolysis
- aeiapolysis
- aduapolysis
- adjapolysis
- adkapolysis
- adoapolysis
- ad9apolysis
- ad8apolysis
- adizpolysis
- adispolysis
- adiwpolysis
- adiqpolysis
Etymology of ADIAPOLYSIS
The word adiapolysis is composed of two Greek roots: adia meaning pertaining to not having or freedom from and lysis meaning loosening or dissolution. So, adiapolysis can be understood as the state of not having loosening or dissolution.
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