Linear temperature dependence of lower critical field inMgB2

Unusual angular and temperature dependence of the upper critical field in UPt3.

Critical and excess current through an open quantum dot: Temperature and magnetic-field dependence

We present measurements of temperature and magnetic-field dependence of the critical current and excess current in a carbon nanotube Josephson quantum dot junction. The junction is fabricated in a controlled environment which allows for extraction of the full critical current. The measurements are performed in the open quantum dot regime and fitted to theory with good qualitative agreement. We ...

On the seasonal dependence of tropical lower-stratospheric temperature trends

This study examines the seasonality of tropical lower-stratospheric temperature trends using the Microwave Sounding Unit lower-stratospheric channel (T4) for 1980– 2008. We present evidence that this seasonality is largely a response to changes in the Brewer-Dobson circulation (BDC) driven by extratropical wave forcing. We show how the tropical T4 trend can be used as an indicator of changes in...

Temperature Dependence of Depolarized Scattered Light near the Critical Point

The double scattering formalism of Frish and McKenna is used to investigate the temperature dependence of the depolarized scattering in the vicinity of the critical point of a one component fluid composed of spherical molecules. The terms involving two particle correlations are estimated using the Ornstein-Zernike correlation function. The ratio of the intensity of the H-H to V-V scattering is ...

Clinical Study of Lower-Lung Field Tuberculosis

Background: Lower lung field tuberculosis is atypical presentation of pulmonary tuberculosis which often causes confusion in diagnosis. HIV/AIDS epidemic has considerably increased its incidence. This study was designed to identify the prevalence and different clinical conditions of lung tuberculosis in conjunction with its common clinical and radiological presentations and its treatment. Metho...