Iwasawa's Theorem and Integrals on Lie Groups

In this paper it is proved that Iwasawa's decomposition transforms a certain class of measures on a Lie group H with finitely many components bijectively into a particular class of product measures. This can be applied to evaluate integrals as well as to construct effective algorithms for stochastic simulations on H. Cases of particular interest are the QR-decomposition and the polar decomposition of regular matrices. Moreover, from the latter one can deduce simulation algorithms for specific unbounded Lebesgue densities on ?^{n(n + 1)/2}.     

Zement-Festableitung für ionenselektive und gassensitive Elektroden sowie elektrochemisch-enzymatische Sensoren

Analytical and Bioanalytical Chemistry - Das Membranpotential ionenselektiver Carrier-Membran-Elektroden mit metallischen Festkontakten ist sauerstoffabhängig. Coated glass-Elektroden weisen...     

ESR-spektropische Untersuchung der Reaktionen von Atomen mit MgO-Oberglächen in einem Strömungssystem

Ohne Zusammenfassung     

Studies by the electron cyclotron resonance (ECR) technique. XII. Interactions of thermal-energy electrons with the molecules CHF3, CHClF2, and CHCl2F

Using the ECR technique the electron scavenging properties of the halomethanes CHF₃, CHClF₂, and CHCl₂F were investigated. A brief discussion is given on the evaluation of experimental data for inefficient polar scavengers. Absolute attachment rate constants were obtained from the decrease of the cyclotron resonance signal upon addition of the above scavengers. For the molecules CHF₃ and CHCl₂F the activation energies for the capture processes are given. Possible capture mechanisms are discussed.     

Solution-deposited carbon nanotube layers for flexible display applications

We have investigated two possible fields of application for carbon nanotube (CNT) networks in flexible displays. Transparent and conductive layers of CNTs were spray coated onto glass and plastic substrates. The spectral transmission of the produced layers is almost even for all wavelengths in the visible regime. A sheet resistance of 400 Ω/□ at a transmittance of 80% was achieved.Thin-film transistors (TFT) were created on silicon wafers and glass substrates using low-density CNT networks as a semiconducting layer. The process used for device fabrication on glass substrates is fully compatible to application on plastic foils. The transistors reach on/off ratios of more than five orders of magnitude and show device charge carrier mobilities in the order of 1 cm²/Vs. These values promise an application in active matrix liquid crystal displays (AMLCD). Issues that need to be addressed are the homogeneity and reproducibility of the device properties.