12 Ozone-initiated chemistry in indoor air can produce sub-micron particles, which are potentially harmful 13 for human health. Occupants in indoor spaces constitute potential sites for particle generation through 14 ozone reactions with human skin and clothing. This investigation conducted chamber experiments to 15 examine particle generation from ozone reactions with clothing (a T-shirt) unde...

Since the penetration of photovoltaic systems in the electrical network is increasing, the need to register and model the contribution of these energy sources, in terms of generated disturbances, quality and amount of available power, is becoming a crucial issue for optimal management of grid. So, this paper, starting from data experimentally recorded on a medium scale photovoltaic system that ...

The Next Generation CFHT Committee Claude Catala, Observatoire Midi-Pyr en ees, Co-Chair Ken Chambers, University of Hawaii Patrick Côt e, California Institute of Technology Pierre-Henry Cox, Institut d'Astrophysique Spatiale, Universit e Paris Olivier Le F evre, Laboratoire D'Astronomie Spatiale, Marseille Simon Lilly, University of Toronto Pierre Martin, Canada-France-Hawaii Telescope Corpora...

Recent work on the Generation of Referring Expressions has increased the generating capability of algorithms in this area. This paper asks whether the models underlying these proposals can still be used if even more complex referring expressions are generated. To discuss this issue, we will investigate a variety of referring expressions that pose difficulties to current generation algorithms. I...

A small but growing body of literature uses overlapping generations (OLG) models to study environmental policy for long-lived problems such as climate change. An OLG model, unlike the infinitely lived representative agent model, distinguishes between impatience with respect to one’s own future utility, and attitudes toward successors’ utility. I discuss the problem of time inconsistency, the ro...