LTCC Basic Pure Course

Characterization of ethosuximide reduction of low-threshold calcium current in thalamic neurons.

The mechanism by which ethosuximide reduces thalamic low-threshold calcium current (LTCC) was analyzed using voltage-clamp techniques in acutely isolated ventrobasal complex neurons from rats and guinea pigs. The ethosuximide-induced reduction of LTCC was voltage dependent: it was most pronounced at more-hyperpolarized potentials and did not affect the time course of activation or inactivation ...

Applied Dynamical Systems London Taught Course Centre , Lectures 6 – 10 From Deterministic Chaos to Deterministic Diffusion

These are easy-to-read lecture notes for a short first-year Ph.D. student course on Applied Dynamical Systems, given at the London Taught Course Centre in Spring 2008 and 2009. The full course consists of two parts, each covering five hours of lectures. The first part by David Arrowsmith is on Basic dynamical systems, intermittency and autocorrelation. The present notes cover only the second pa...

Applied Dynamical Systems

These are easy-to-read lecture notes for a short first-year Ph.D. student course on Applied Dynamical Systems, given at the London Taught Course Centre in Spring 2008, 2009 and 2010. The full course consists of two parts, covering four and six hours of lectures, respectively. The first part taught by Wolfram Just is on Basic Dynamical Systems. The present notes cover only the second part, which...

Lecture notes for LTCC Course on Stochastic Processes

Preparation and Analysis of MBS based Glass-Ceramic for LTCC Applications

In this paper the MBS (Magnesium borosilicate) based glass-ceramic have been prepared and characterised to find its suitability in Low temperature cofired ceramics (LTCC) technology. The glass-ceramics were prepared by using conventional solid state route. The experimental study was conducted on the MBS glass-ceramic containing MAS (Magnesium Alumino-Silicate) based glass-ceramic as an additive...