#dynamic

• Aviocoleopter — An unconventional or experimental type of aircraft (or flight apparatus design) characterized by an annular, cylindrical, or tubular wing that completely surrounds the fuselage or propulsion system. This distinctive structural design, inspired by the elytra of certain beetles (coleoptera), offers theoretical advantages regarding vertical take-off and landing (VTOL), airflow channeling, and reduction of aerodynamic drag at specific angles of attack.
• To shake — A rare regional verbal form or locally altered phonetic variant for the verb 'a zdruncina' (to shake/jolt), signifying the action of shaking violently, striking, forcefully moving from the foundations, or upsetting the balance of a body or structure. In the context of vernacular dialects, the term describes a blunt mechanical intervention or a sudden physical manifestation that disrupts the geometric balance and delicate functioning of a mechanical or household assembly.
• Azeotrope — A liquid mixture consisting of two or more chemical components that boils at a constant and fixed temperature, maintaining its identical structural composition in both the liquid and vapor phases. Because the generated vapors have exactly the same proportions of substances as the liquid from which they originate, an azeotrope cannot be separated or purified by simple fractional distillation, behaving thermodynamically like a single pure compound and requiring special separation methods, such as extractive azeotropic distillation.
• Azeotropic — Pertaining to azeotropy, regarding an azeotrope, or presenting the characteristics of a constant boiling mixture. In industrial design and thermodynamics, it describes processes, phase equilibrium phenomena, or separation methods (such as azeotropic distillation) utilized to manipulate or purify complex liquid systems whose components boil without changing their structural composition.
• Azeotropy — A remarkable physicochemical thermodynamic phenomenon characteristic of certain liquid mixtures, consisting in their property to boil at a constant and fixed temperature, generating vapors with a structural composition identical to that of the liquid phase. This phenomenon prevents the separation of components via classical fractional distillation, defining the formation of a minimum or maximum point on the vapor pressure curve and requiring the implementation of specialized separation techniques in chemical engineering.
• Azeotropism — A fundamental property of certain liquid chemical mixtures or copolymerization systems to behave as an unchanging whole during phase transitions or synthesis reactions. In polymer chemistry, azeotropism describes the structural state in which the composition of the monomer mixture remains constant throughout the reaction, giving rise to a copolymer with a perfectly uniform molecular distribution and refined mechanical properties.