释义 |
Bernoulli effect
Bernoulli effectn. The phenomenon of internal pressure reduction with increased stream velocity in a fluid. [After Daniel Bernoulli.]Bernoul′li effect` n. the decrease in pressure as the velocity of a fluid increases. [after Jakob Bernoulli] Bernoulli effect
Bernoulli effect[ber‚nü·lē i′fekt] (fluid mechanics) As a consequence of the Bernoulli theorem, the pressure of a stream of fluid is reduced as its speed of flow is increased. Bernoulli effect
Ber·noul·li ef·fect (bĕr-nū'lē), the decrease in fluid pressure that occurs in converting potential to kinetic energy when motion of the fluid is accelerated, in accordance with Bernoulli law; applied in water aspirators, atomizers, and humidifiers in which a gas is accelerated across the end of a narrow, fluid-filled orifice.Bernoulli effect (Bĕr-noo′lē) [Jakob Bernoulli, Swiss mathematician, 1654–1705] In pulmonology, the inverse variation in pressure with gas velocity in tubal air flow.Bernoulli, Daniel, Swiss mathematician, 1700-1782. Bernoulli effect - the decrease in fluid pressure that occurs in converting potential to kinetic energy when motion of the fluid is accelerated in accordance with Bernoulli law.Bernoulli law - when friction is negligible, the velocity of flow of a gas or fluid through a tube is inversely related to its pressure against the side of the tube. Synonym(s): Bernoulli principle; Bernoulli theoremBernoulli principle - Synonym(s): Bernoulli lawBernoulli theorem - Synonym(s): Bernoulli lawThesaurusSeeDaniel Bernoulli |