output
20002025
most citedSemi-empirical dissipation source functions for ocean waves: Part I, definition, calibration and validation

1.1k citations

Showing 2014Show all

8 papers · 1 filter

astro-ph.GA2014★ 97 cited

Supermassive Black Hole Formation at High Redshifts via Direct Collapse in a Cosmological Context

Jun-Hwan Choi, Isaac Shlosman, Mitchell C. Begelman

We study the early stage of the formation of seed supermassive black holes via direct collapse in dark matter (DM) halos, in the cosmological context. We perform high-resolution zo…

physics.ao-ph2014★ 9 cited

The available-enthalpy (flow-exergy) cycle. Part-II: applications to idealized baroclinic waves

Pascal Marquet

The local available-enthalpy cycle proposed in Part I of this paper is applied to document energetics of three numerical simulations, representing life cycles of idealized baroclin…

physics.ao-ph2014★ 14 cited

The available-enthalpy (flow-exergy) cycle. Part-I: introduction and basic equations

Pascal Marquet

A diagnostic package is derived from the concept of specific available enthalpy, leading to the definition of a local and complete energy cycle. It is useful to understand the tran…

physics.ao-ph2014★ 49 cited

Definition of a moist-air entropy potential temperature. Application to FIRE-I data flights

Pascal Marquet

A moist entropy potential temperature -- denoted by -- is defined analytically in terms of the specific entropy for moist air. The expression for is valid for a gen…

physics.ao-ph2014★ 4 cited

On the concept of pseudo-energy of T. G. Shepherd. A close link with exergy functions

Pascal Marquet

Shepherd (1993) derived a general expression for the available potential energy for compressible, hydrostatic flow, where the sum of this available energy and the kinetic energy is…

physics.ao-ph2014★ 37 cited

On the computation of moist-air specific thermal enthalpy

Pascal Marquet

The specific thermal enthalpy of a moist-air parcel is defined analytically following a method in which specific moist entropy is derived from the Third Law of thermodynamics. Spec…