Fruit and vegetable consumption in Malaysia: a count system approach

Food Consumption/Nutrition/Food Safety,

HSPES membrane electrode assembly

An improved fuel cell electrode, as well as fuel cells and membrane electrode assemblies that include such an electrode, in which the electrode includes a backing layer having a sintered layer thereon, and a non-sintered free-catalyst layer. The invention also features a method of forming the electrode by sintering a backing material with a catalyst material and then applying a free-catalyst layer

A short note on the presence of spurious states in finite basis approximations

The genesis of spurious solutions in finite basis approximations to operators which possess a continuum and a point spectrum is discussed and a simple solution for identifying these solutions is suggested

Functional Structure(s), Form and Interpretation

The issue of how interpretation results from the form and type of syntactic structures present in language is one which is central and hotly debated in both theoretical and descriptive linguistics. This volume brings together a series of eleven new cutting-edge essays by leading experts in East Asian languages which shows how the study of formal structures and functional morphemes in Chinese, Japanese and Korean adds much to our general understanding of the close connections between form and interpretation. This specially commissioned collection will be of interest to linguists of all backgrounds working in the general area of syntax and language change, as well as those with a special interest in Chinese, Japanese and Korean

Harmonic phase-dispersion microscope with a Mach-Zehnder interferometer

Harmonic phase-dispersion microscopy (PDM) is a new imaging technique in which contrast is provided by differences in refractive index at two harmonically related wavelengths. We report a new configuration of the harmonic phase-dispersion microscope in a Mach-Zehnder geometry as an instrument for imaging biological samples. Several improvements on the earlier design are demonstrated, including a single-pass configuration and acousto-optic modulators for generating the heterodyne signals without mechanical arm scanning. We demonstrate quantitative phase-dispersion images of test structures and biological samples