Increasing Magnetic Blow-Out Force by Using Ferromagnetic Side Plates inside MCB

Orbital blow out fracture.

Inside Out

I have alwayswanted to be adoctor.Manyaspects ofmedicine enthralled me: research, diagnosis, and the possibility of improving a patient’s quality of life, in particular.Walking the corridors of a hospital felt exhilarating. At 15 I had a volunteer position at the local hospital. Although my assignments were answering phones, directing visitors, and, my favorite, delivering goods topatients, I f...

Active Calcium Ion Uptake by Inside-Out and Right Side-Out Vesicles of Red Blood Cell Membranes

The relationship between active extrusion of Ca(++) from red cell ghosts and active uptake of Ca(++) by isolated red cell membrane fragments was investigated by studying the Ca(++) uptake activities of inside-out and right side-out vesicles. Preparations A and B which had mainly inside-out and right side-out vesicles, respectively, were isolated from red cell membranes and were compared with re...

Ferromagnetic resonance imaging of Co films using magnetic resonance force microscopy

Lateral one-dimensional imaging of cobalt ~Co! films by means of microscopic ferromagnetic resonance ~FMR! detected using the magnetic resonance force microscope ~MRFM! is demonstrated. A novel approach involving scanning a localized magnetic probe is shown to enable FMR imaging in spite of the broad resonance linewidth. We introduce a spatially selective local field by means of a small, magnet...

Evaporation freezing by contact nucleation inside-out

[1] Ice formation in atmospheric clouds is crucial to our understanding of precipitation and cloud radiative properties. In recent work it was shown that heterogeneous ice nucleation rates can be strongly enhanced by a form of surface crystallization (Shaw et al., 2005). Here we present new laboratory data and consider the implications for contact nucleation and its relevance to ice nucleation ...