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👉 Nondissipation is a concept in thermodynamics that describes the behavior of systems under conditions where energy dissipation does not occur. This means that a system's entropy remains constant, even as heat flows from one state to another. In other words, the energy stored in a system is conserved. Nondissipative systems are those that can maintain their internal states without any external influence or change. They are characterized by properties such as temperature, volume, and mass that do not vary with

nondissipated

👉 Nondissipatedly is a term in physics that refers to something that does not dissipate energy or heat. It indicates that the process of transferring energy from one state to another without any transfer of heat or other forms of energy is considered non-dissipative. In the context of materials science, nondissipation can be used to describe the behavior of materials in a wide range of applications, including electronics, thermoelectrics, and even nuclear physics.

nondissipatedly

👉 Nondissipation is a property of a material or system that allows it to maintain its original state even when subjected to an external force. This means that the energy, momentum, and other characteristics of a material are conserved without any loss or gain. In other words, the material remains in its original form after being subjected to a force or applied stress. Nondissipation is important for many applications, such as in materials science, engineering, and physics. It allows systems to operate at

nondissipatedness