The capture and storage of solar energy in chemical form by a photoelectrochemical (PEC) cell is an elegant and simple solution to the increasing energy demands and needs for chemicals and fuels from non-fossil sources. ...

This dissertation aims to study methods of speciation and extraction of metals in industrial solutions. the metals studied has low concentration relative to the main product in the industrial solution. The result is species ...

Carbon capture and storage is suggested as one of the solutions to reduce CO2 emissions. Material choice is an important part for the total cost of the transport system for CO2. The present work comprises investigations ...

Roughly, three-quarters of the energy produced in the world ends up as waste heat. However, the waste heat can be harvested, stored and reused using specially built heat storage reactors for high- or low-temperature ...

The work described in this thesis focused on developing a method to synthesise a variety of organic molecules with imidazophenanthridine or pyrrolophenanthridine ring structures. These are complex structures with previously ...

This thesis investigated the connection between two major global concerns: the infamous cyanobacteria (“blue-green algae”), and the endocrine disruptors, compounds able to interfere with the hormonal system. Do cyanobacteria ...

Most available literature on molecular systems in magnetic fields are limited to special cases: Either small or highly symmetric species of specific orientation to the field, or fields of low intensity - or combinations ...

Materials with pores of controlled size and connectivity are of fundamental importance in chemical industry and research. The pores in microporous materials, which have the same dimensions as individual molecules, can be ...

This dissertation aims at advancing the capability of hybrid particle-field simulations of representing various physical phenomena relevant to biological systems. While hybrid particle-field simulations are computationally ...

The work described in this thesis has focused on total synthesis directed towards two different classes of secondary metabolites isolated from the Agelas sponge, ageloxime D and analogs, and agelasine F. Ageloximes were ...

Self-assembly represents an easy way to create large quantities of various kinds of nanoparticles. Small molecules are “programmed” to self-organize into nanostructures, without external manipulation. These nanostructures ...