Fiona Campbell is a newcomer to tiny Ephraim, Wisconsin. Populated with artists and summer tourists, Ephraim has just enough going on to satisfy her city tastes. But she is fascinated and repelled by the furthest tip of Door County peninsula, Washington Island, utterly removed from the hubbub of mod
North of the Tension Line
β Scribed by J F Riordan
- Publisher
- Beaufort Books
- Year
- 2014
- Tongue
- English
- Weight
- 222 KB
- Edition
- First edition
- Category
- Fiction
- ISBN
- 0825307341
No coin nor oath required. For personal study only.
β¦ Synopsis
Fiona Campbell is a newcomer to tiny Ephraim, Wisconsin. Populated with artists and summer tourists, Ephraim has just enough going on to satisfy her city tastes. But she is fascinated and repelled by the furthest tip of Door County peninsula, Washington Island, utterly removed from the hubbub of modern life. Fiona's visits there leave her refreshed in spirit, but convinced that only lunatics and hermits could survive a winter in its frigid isolation. In a moment of weakness, Fiona is goaded into accepting a dare that she cannot survive the winter on the island in a decrepit old house.
π SIMILAR VOLUMES
The line tension associated with the three-phase contact line of a liquid drop on a rigid substrate is calculated as the excess free energy per unit length of the contact line relative to the free energy of the drop/substrate system when the interaction between the free liquid interface and the subs
## Experiments with different organic liquids have been conducted to study the drop size dependence of the contact angles on a self-assembled monolayer (SAM) surface of 1-octadecanethiol (HS(CH 2 ) 17 CH 3 ) on gold. Low-rate dynamic advancing contact angles were measured for sessile drops in vapo
the intrinsic contact angle u i that a liquid drop makes with An approximate theory for calculating the line tension in a an ideal solid surface (2, 8) solid-liquid-fluid system is presented and demonstrated for a solid-liquid-vapor system. The line tension is shown to depend on the contact angle. C