cricondenthermn.

Brit.

/krɪˈkɒndənˌθəːm/, U.S.

/krɪˈkɑndənˌθərm/

Origin: A borrowing from Greek, combined with English elements. Etymons: critical adj., condensation n., Greek θέρμη.

Etymology: < cri- (in critical adj.) + conden- (in condensation n.) + -therm (in ancient Greek θέρμη heat: see therm n.¹). Compare later cricondenbar n.

Physical Chemistry.

The maximum temperature at which two phases of a substance (for example liquid and vapour) can coexist.

ΘΚΠ

the world > matter > properties of materials > temperature > [noun] > at which two forms of a substance can co-exist

inversion temperature1896

cricondentherm1936

1936 O. A. Hougen & K. M. Watson Industr. Chem. Calculations (ed. 2) ii. xi. 407 The maximum temperature F on the border curve is termed the critical condensation temperature or cricondentherm.

1981 E. J. Hoffman Phase & Flow Behavior iv. 174 The condition for the cricondentherm is that dT/dP = 0.

2007 Fluid Phase Equilibria 261 355/1 The other two models, which underestimate the dew point temperatures at pressures higher than the cricondentherm.

This is a new entry (OED Third Edition, November 2010; most recently modified version published online March 2022).

单词	cricondentherm
释义	cricondenthermn. Brit. /krɪˈkɒndənˌθəːm/, U.S. /krɪˈkɑndənˌθərm/ Origin: A borrowing from Greek, combined with English elements. Etymons: critical adj., condensation n., Greek θέρμη. Etymology: < cri- (in critical adj.) + conden- (in condensation n.) + -therm (in ancient Greek θέρμη heat: see therm n.¹). Compare later cricondenbar n. Physical Chemistry. The maximum temperature at which two phases of a substance (for example liquid and vapour) can coexist. ΘΚΠ the world > matter > properties of materials > temperature > [noun] > at which two forms of a substance can co-exist inversion temperature1896 cricondentherm1936 1936 O. A. Hougen & K. M. Watson Industr. Chem. Calculations (ed. 2) ii. xi. 407 The maximum temperature F on the border curve is termed the critical condensation temperature or cricondentherm. 1981 E. J. Hoffman Phase & Flow Behavior iv. 174 The condition for the cricondentherm is that dT/dP = 0. 2007 Fluid Phase Equilibria 261 355/1 The other two models, which underestimate the dew point temperatures at pressures higher than the cricondentherm. This is a new entry (OED Third Edition, November 2010; most recently modified version published online March 2022). < n.1936
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