The main pest of sugarcane in Panama is the stem borer, Diatraea tabernella Dyar (Lepidoptera: Pyralidae) which can cause significant losses in cane biomass and sugar. The objective of this study was to determine the influence of two silicon- and nitrogen-based products applied at two rates on borer infestation. To compare the effect of these two a...
The main pest of sugarcane in Panama is the stem borer, Diatraea tabernella Dyar (Lepidoptera: Pyralidae) which can cause significant losses in cane biomass and sugar. The objective of this study was to determine the influence of two silicon- and nitrogen-based products applied at two rates on borer infestation. To compare the effect of these two a...
La recherche d’une miniaturisation toujours plus poussée des dispositifs en micro- et opto- électronique a participé au développement des nanotechnologies. A l’échelle nanométrique, la densité des interfaces augmente énormément leur conférant un rôle crucial dans les performances des dispositifs. Dans cette thèse, l’intérêt a été porté sur les inte...
La recherche d’une miniaturisation toujours plus poussée des dispositifs en micro- et opto- électronique a participé au développement des nanotechnologies. A l’échelle nanométrique, la densité des interfaces augmente énormément leur conférant un rôle crucial dans les performances des dispositifs. Dans cette thèse, l’intérêt a été porté sur les inte...
La recherche d’une miniaturisation toujours plus poussée des dispositifs en micro- et opto- électronique a participé au développement des nanotechnologies. A l’échelle nanométrique, la densité des interfaces augmente énormément leur conférant un rôle crucial dans les performances des dispositifs. Dans cette thèse, l’intérêt a été porté sur les inte...
This thesis is dedicated to the study of crystalline silicon (c-Si) surface texturing at the nanoscale (nanotexturing) using capacitively coupled plasma reactive ion etching (CCP-RIE). The general objective consists in tuning the nanotextured surface properties to improve light-management in c-Si solar cells through front surface texturing. To this...
This thesis is dedicated to the study of crystalline silicon (c-Si) surface texturing at the nanoscale (nanotexturing) using capacitively coupled plasma reactive ion etching (CCP-RIE). The general objective consists in tuning the nanotextured surface properties to improve light-management in c-Si solar cells through front surface texturing. To this...
This thesis is dedicated to the study of crystalline silicon (c-Si) surface texturing at the nanoscale (nanotexturing) using capacitively coupled plasma reactive ion etching (CCP-RIE). The general objective consists in tuning the nanotextured surface properties to improve light-management in c-Si solar cells through front surface texturing. To this...
This thesis is dedicated to the study of crystalline silicon (c-Si) surface texturing at the nanoscale (nanotexturing) using capacitively coupled plasma reactive ion etching (CCP-RIE). The general objective consists in tuning the nanotextured surface properties to improve light-management in c-Si solar cells through front surface texturing. To this...
This thesis is dedicated to the study of crystalline silicon (c-Si) surface texturing at the nanoscale (nanotexturing) using capacitively coupled plasma reactive ion etching (CCP-RIE). The general objective consists in tuning the nanotextured surface properties to improve light-management in c-Si solar cells through front surface texturing. To this...
