Although the acquired data do not directly reveal new mechanistic information on dermal absorption, the unique and complete study design has provided a suitable data source for the development of dermal absorption prediction models.
Compared to those of Ni-based nanomaterials, the pure Ni-SSs display excellent microwave absorption properties within multi-bandwidths disregarding the variation in lower frequency, which opens up opportunities for further development of microwave absorption applications.
The development of an absorption based miniature heat pump system is motivated by the need for removal of increasing rates of heat from high performance electronic chips such as microprocessors.
The development of OH absorptions at 3325 and 3352 cm−1 (only observed in forsterite from two experiments, spectra a and b in Fig. 8) may be related to the presence of Cr impurity (Berry et al., 2007), which can be a contaminant in the BaTiO3 of the starting material.
The development of an equivalent absorption coefficient is described.
The proposed design provides a potential framework for development of highly compact absorption refrigeration systems.
This article reports on the development of a neutron absorption tracer (NAT) technique for evaluating the hydrodynamic properties in direct coal liquefaction reactors.
Furthermore, slow development of less defined absorption bands at higher wavelengths and a slight increase in the baseline level of absorbance was observed with increasing time-on-stream under reaction conditions.
The spectrophotometric study carried out during different macro-electrolysis periods allowed observing that the current decrease of the oxidation peak coupled to the DCF absorption (at 270 nm), together with the development of a new spectrophotometric absorption maximum (450 nm), all confirm the EC mechanism proposed.
The development of several components for absorption and desorption at different capacities using this technology is reported here.
