A nucleation site is a thing that starts bubbles in a soda
Nucleation is realized on surfaces with centers of nucleation, which are imperfections of the surface; nucleation consist of the agglomeration of gas molecules to form evolving bubbles of gases.
Nucleation is a physical reaction that is best explained using the example of Mentos in Coke. More information on the reaction of nucleation can be found on websites such as Wikipedia and Wise Geek.
Nucleation consist in the agglomeration of many very small particles to form a new phase.
In igneous rock formation, the viscosity of magma can govern nucleation. If atoms are mobile in a fluid magma, they are free to nucleation. If the magma is viscious and doesn't flow, then atoms can't move to the nucleation site. Poor nucleation and rapid cooling can lead to a glassy texture in igneous rocks.
A nucleation site is a location where the process of nucleation begins, leading to the formation of a new phase or a new crystal structure. It provides a surface for molecules to come together and form a stable nucleus, which then grows into a larger structure. Nucleation sites are important in many physical and chemical processes, such as crystallization and phase transitions.
Nucleation is the process where new solid, liquid, or gas particles form in a supersaturated solution, leading to the formation of a new phase or new crystal structure. It is an essential step in various natural and industrial processes, such as cloud formation, crystallization, and boiling. Nucleation is influenced by factors like temperature, pressure, and the presence of impurities.
Alvin Richard Larson has written: 'Homogeneous nucleation' -- subject(s): Quantum theory, Nucleation, Quantum statistics
Homogeneous nucleation occurs when new phases form uniformly throughout a parent phase without any preferential nucleation sites, typically requiring high supersaturation or supercooling. In contrast, heterogeneous nucleation involves the formation of new phases at specific sites, such as impurities or container walls, which lowers the energy barrier for nucleation and allows it to occur at lower levels of supersaturation. Both processes are crucial in various fields, including materials science and meteorology, influencing crystal growth and phase transitions.
Crystal's grow by a process called nucleation.
A C. Zettlemoyer has written: 'Nucleation'
They supply points of nucleation.
Nucleation is an endothermic process.