Oblique predicative constructions in English with for and as: qua vs qualitate qua

English has an OBLIQUE PREDICATIVE CONSTRUCTION in which the prepositions for and as license an OBLIQUE PREDICATIVE COMPLEMENT that is predicated of a noun phrase, as in We took her for a friend and I regarded her as a genius. The construction with for is the oldest, and is found in many other languages. This article traces the history of oblique predicative constructions involving for and as, and a number of other prepositions, from Old English to Present-Day English (PDE). Visser (1963–73) has suggested that predicative for and as were rivals, and that in PDE as is now dominant at the expense of for. I will argue instead that since around 1900 predicative for and as can clearly be distinguished semantically as expressing the meanings qua (‘as being’) and qualitate qua (‘in the capacity of’), respectively, and that the existence of these distinct meanings explains why constructions with both prepositions still survive in PDE

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Christian MAIR, Infinitival complement clauses in English : a study of syntax in discours

Employability: the employers’ perspective:Using a stated-preferences experiment to gain insights into employers’ preferences for specific competencies

In recent years, the Executive Board of Maastricht University (UM) has become increasingly aware of the importance of promoting the employability of graduates. A study by Van Eldert et al. (2017) has given us many insights into the employability of UM graduates. Their employability over time is relatively stable, but there are differences between faculties. There are also few differences between UM graduates and graduates from other Dutch universities. The employability of UM graduates is partly explained by personal characteristics, personality, education and the level of competencies acquired

Stabilization of salt hydrates using flexible polymeric networks

The use of salt hydrates for thermochemical energy storage is associated with mechanical instabilities during cyclic hydration/dehydration. On the other hand, some salt hydrates do not suffer from these drawbacks, but manufacturing of mm-sized particles is still a challenge. In this work a one pot synthesis method is presented which results in composites using poly (dimethyl siloxane) (PDMS) as binder. Energy densities of 1.14 GJ/m3 and 0.67 GJ/m3 are achieved for a K2CO3 and CaC2O4 composite, respectively. Swelling upon hydration decreases compared to non-stabilized particles. The best K2CO3 composite shows mechanical stability for at least 35 cycles, and the average power output at 50 % conversion increases with cycling to 50–55 kW/m3 at 20 °C and 33 % relative humidity. Also, a stable CaC2O4 composite is made suitable for heat storage. The particle volume and hydration kinetics remain constant for at least 20 cycles. An average power output at 50 % conversion of 5 kW/m3 at 20 °C and 33 % relative humidity is generated. The results from this work show how a one-pot fabrication method can be used to obtain mm-sized particles with enhanced mechanical stability during cycling. Stabilization can be achieved independent of the salt hydrate solubility or material properties.</p