… the nature and character of “material interactions” in HCI. Specifically, we consider
theoretical, critical and practical approaches to material interactions and how they inform/become …

Physicochemical studies on the mechanisms of protein adsorption onto solid material surfaces
have been extensively performed so far, mainly based on the analysis of factors such as …

… We demonstrate several studies in which ICP-AES has been used for the elucidation of
processes occurring during laser-material interactions. The ICP operating parameters are held …

… atom number density at 400 km is on the order of 108 atoms¢ cm¡3. A spacecraft orbiting at 8
km/s impinges on a ux varying between 1013 and 1015 O-atoms… oxygen atoms upon impact…

… , the overall force for all their interacting atoms is calculated with the help of the Lifshitz …
Since protein–material interactions occur in body fluids, which mainly consist of water, water …

… by laser irradiation, and Si atoms on the SiC surface were … Si atoms to evaporate and the
remaining carbon atoms form a … irradiation where nitrogen atoms form pyridinic-N bonding. …

… [2.5] for each body involved in the interactions of atoms are the influence of w(s) plus … of
results off distance which can be rationalized on atomic dimensions. which we make use of. In …

This paper offers new design and theoretical insights into the materiality of interaction. With a
point of departure taken in “the material turn” in HCI this work identifies how this has played …

… of the asymptotic trajectories • Material atoms are mobile and transfer momentum following
… • When simulating radiation damage, only material atoms given an energy larger than the …

… mixture will produce oxygen atoms in the 5eV range, as required for the flight simulation.
The system will be designed to produce atomic oxygen fluxes of 1016 to 1017 atoms/cm2-sec …