ar X iv : 1 21 2 . 40 47 v 4 [ co nd - m at . o th er ] 1 8 Ju n 20 13 dc conductivity as a geometric phase

ar X iv : 0 80 1 . 25 00 v 1 [ co nd - m at . o th er ] 1 6 Ja n 20 08 Making , probing and understanding ultracold Fermi

An economic production quantity model with random yield subject to process compressibility

E. Noorollahi et al. / Mathematical and Computer Modelling 56 (2012) 80–96 81 Ta bl e 1 A co m pa ra tiv e an al ys is of th e lit er at ur e. Au th or s N o. pr od uc ts Ty pe of de fe ct iv es Ty pe of re w or ki ng Ty pe of in sp ec tio n Ty pe of ba ck lo g Si ng le M ul tip le N o de fe ct iv e Re w or ka bl e Sc ra pe s N ot al lo w ed Im pe rf ec tP er fe ct N ot us ed Sa m pl in g 10 0%...

Anti-infective ophthalmic preparations in general practice

Ocular infections may be bacterial, viral, fungal or parasitic in aetiology. Pharmacological preparations are available to treat infections that are caused by these groups of organisms. The majority of these preparations are intended for topical administration, although some systemically administered agents may be needed to treat or prevent specific ocular infections. This article discusses the...

X iv : c on d - m at / 0 50 65 43 v 1 [ co nd - m at . o th er ] 2 1 Ju n 20 05 Ratchet , Pawl and Spring Brownian Motor

We present a model for a thermal Brownian motor based on Feynman’s famous ratchet and pawl device. Its main feature is that the ratchet and the pawl are in different thermal baths and connected by an harmonic spring. We simulate its dynamics, explore its main features and also derive an approximate analytical solution for the mean velocity as a function of the external torque applied and the te...

ar X iv : 1 00 4 . 25 21 v 2 [ he p - th ] 2 8 Ju n 20 10 Exotic branes and non - geometric backgrounds

When string/M-theory is compactified to lower dimensions, the U -duality symmetry predicts socalled exotic branes whose higher dimensional origin cannot be explained by the standard string/Mtheory branes. We argue that exotic branes can be understood in higher dimensions as non-geometric backgrounds or U -folds, and that they are important for the physics of systems which originally contain no ...