Abstract We evaluate the thermal response of Europa’s ice shell to gravity perturbation Jupiter using a comprehensive toolkit (dubbed Multifrequency Analysis Tidal Heating, MATH) that evaluates tidal heating and heat flow in planetary bodies. The source is radially resolved can capture temperature-dependent pattern production with depth. use MATH examine steady-state profiles through conductive...

[1] The tidal flow field in a basin of small dimensions with respect to the tidal wavelength is calculated. Under these conditions, the tide becomes a standing wave oscillating synchronously (with a flat water surface) over the whole basin. The shallow water equations can thus be strongly simplified, expressing the discharge vector field in terms of a potential function and a stream function. T...

In an estuarine system, the flood tidal wave may become a tidal bore during the early flood tide in a narrow funnelled channel under large tidal ranges. Herein new experiments were conducted in a large flume to investigate breaking tidal bores and the bore roller propagation. The results demonstrated several key features of tidal bores propagating in rectangular channels. The propagation of the...

PURPOSE Using the conventional method of determining the end-tidal concentration of inhalational anaesthetic for tracheal intubation, a constant end-tidal anaesthetic concentration is maintained for at least 15 min. As sevoflurane has a low tissue/gas partition coefficient, it seems possible in paediatric patients to determine end-tidal concentrations for tracheal intubation more rapidly by usi...

Large-field multi-color images of 20 galactic globular clusters are used to investigate the presence of tidal tails around these stellar systems. Field and cluster stars are sorted with the help of color-magnitude diagrams, and star-count analysis is performed on the selected cluster stars in order to increase the signal-to-noise ratio of their surface density. We study the overdensities of the...

Prevention of iatrogenic injury due to ventilation of a heterogeneous lung requires knowledge of dynamic regional events occurring within the tidal cycle. Quantitative bedside imaging techniques that are sensitive to regional mechanics and tidal events hold potential for information delivery that cannot be realized by pressure-volume monitoring alone.

We explore the use of tidal streams from Galactic satellites to recover the potential of the Milky Way. Our study is motivated both by the discovery of the first lengthy stellar stream in the halo (Irwin & Totten 1998) and by the prospect of measuring proper motions of stars brighter than 20th magnitude in such a stream with an accuracy of ∼ 4μas/yr, as will be possible with the Space Interfero...