The handling and assembling of microcomponents is usually considered as a bottleneck in the fabrication process of hybrid microsystems. This is especially true for very small components that require high positioning tolerances. In this paper we present gripping solutions for various applications concerning the handling and assembling of microcomponents as well as the major microgripper manufacturing technologies.
1. Introduction 2. Basic characteristics of derivative spectrophotometry 2.1.
Increase of spectra resolution 2.2. Elimination of the influence of baseline
shift and matrix interferences 2.3. Enhancement of the detectability of
minor spectral features 2.4. Precise determination of the positions of
absorption maxima 2.5. Signal-to-noise ratio (SNR) 2.6. Quantitative
analysis 3. Analytical applications 3.1. Inorganic analysis 3.2. Organic and
pharmaceutical analysis 3.3. Analysis of food and water 3.4. Application of
derivative spectrophotometry for the determination of equilibrium
constants
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