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This Doctoral thesis is focused on optimizing the design of modern wooden structures. Because this theme is very comprehensive, the work analyzes the distribution of moisture through the building envelope in detail. In the introduction are summarizes the knowledge of the physical processes in the constructions, there are also the properties of wood as a material and basic information about system of timber structures. The next section describes used methodology and experimental measurements realized on an experimental timber house EXDR1. There is specified the principle of measurement based on the SWOT analysis, the use measuring devices or possible solutions in the field of numerical modeling too. Main results and conclusions of the dissertation for technical practice including possibilities of further research are summarized in the final section.

This article deals with properties of cathode material of lithium-ion cells study in term of active layer dependence. Aim of the work is to get familiar with problematics of cathode material production and diagnostics and to compare different active layer production methods. The opening of the work is concentrating on rechargeable batteries, mainly lithium-ion batteries and their electrode materials. Practical part is describing method of cathode material production and its characteristics.