Matveev developed a two-parameter model to predict which type of these objects will form. One model of the formation of these objects has been extended to organic seeds by Pan
Matveev developed a two-parameter model to predict which type of these objects will form. One model of the formation of these objects has been extended to organic seeds by Pandis, and they may form in response to orographic uplift. One process that occurs in these objects is named for Bergeron. The formation of these objects are studied in Köhler theory. Ice caps are a type of this object that form over nuclear detonations. These objects may have "overshooting tops" that, if they are present continuously, indicate that these objects are part of a supercell. Noctilucent examples may contain thin sodium and iron coats, leading to their unusually high tendency to reflect radar. Large-scale organizations of these entities include actinoform, open-cell, and closed-cell. Nacreous ones sequester nitric acid, altering nitrogen and chlorine cycles and damaging the ozone layer. For 10 points, name these objects studied in nephology, which come in forms like cirrus and cumulus.
Matveev developed a two-parameter model to predict which type of these objects will form.
clouds