4,865 research outputs found
dRR Producto VITRA WG
No full textCSIC-Departamento de Medio Ambiente y Agronomía (MA-INIA)Evaluación científico-técnica de clasificación bajo reglamento 1272/2008 del dosier del producto fitosanitario VITRA WG presentado bajo el artículo 33 del reglamento 1107/2009.Peer reviewe
IP Producto AMYLO-X WG
No full textCSIC- Departamento de Medio Ambiente y Agronomía (MA-INIA)Informe final para la resolución de la autorización del producto fitosanitario AMYLO-X WG en relación a la evaluación de la clasificación bajo el reglamento 1272/2008.Peer reviewe
Implementation of WG Stream Cipher with Involution Function
No full textAbstractThis paper present a new hardware design of WelchGong (WG)128 cipher. The proposed WG Stream cipher use an involution function block, for increasing the security of private data. The hardware complexity of involution block is very less. Together with the involution block the randomness property of the resulting WG cipher will increases
COM Producto JOYSTICK WG
No full textCSIC-Departamento de Medio Ambiente y Agronomía (MA-INIA)Informe de asesoramiento para la resolución de la autorización del producto fitosanitario JOYSTICK WG en relación a la evaluación llevada a cabo por otro país miembro de la EU, en cuanto a la sección de ecotoxicología.Peer reviewe
COM Producto XPROLE WG
No full textCSIC- Departamento de Medio Ambiente y Agronomía (MA-INIA)Informe de asesoramiento para la resolución de la autorización del producto fitosanitario XPROLE WG en relación a la evaluación llevada a cabo por otro país miembro de la EU, en cuanto a la sección de ecotoxicología.Peer reviewe
dRR Producto CALDO BORDELES VALLES WG AZUL
No full textCSIC- Departamento de Medio Ambiente y Agronomía (MA-INIA)Evaluación científico-técnica de clasificación bajo reglamento 1272/2008 del dosier del producto fitosanitario CALDO BORDELES VALLES WG AZUL presentado bajo el artículo 33 del reglamento 1107/2009.Peer reviewe
PE Producto IDROX 25 WG
No full textCSIC-Departamento de Medio Ambiente y Agronomía (MA-INIA)Revisión de la propuesta de autorización del producto fitosanitario IDROX 25 WG en relación a las secciones de medio ambiente y ecotoxicología bajo los reglamentos 1107/2009 y 1272/2008.Peer reviewe
The role of classification and reference vessels in the design of inland fairways for commercial vessels – contribution to the Workshop of WG 141 Design Guidelines for Inland Waterways
No full textThe Pianc WG 141 is proceeding in the conception of Design Guidelines for Inland Waterways. WG 141 aims to produce its first draft in the end of 2015. Part of the forseen content are classification of waterways and the object of reference vessels. The role of those subjects will be presented and discussed in the Workshop, that WG 141 will give during the Smart Rivers 2015 Conference, scheduled at the 8th of September.Hydraulic EngineeringCivil Engineering and Geoscience
Bio-based Blends of Wheat Gluten and Maleated Natural Rubber: Morphology, Mechanical Properties and Water Absorption
No full textAbstractWheat gluten (WG) is a complex protein derived from wheat. WG-based plastics are potentially used as substitutes for conventional petroleum-based plastics. However, the WG plastics are brittle and have high moisture absorption after being processed. In order to reduce stiffness and increase water resistance of the WG plastics, in this work, maleated natural rubber (NRMA) was blended with the WG. Grafting MA on the natural rubber (NR) is able to increase polarity of the NR, thereby increasing compatibility between the WG and NR. The NRMA was prepared by grafting maleic anhydride (MA) on natural rubber (NR) in molten state in an internal mixer at 120°C with no initiator for grafting reaction. Under the grafting condition used in this work, it was found that the grafted MA content on the NR is about 1.78% determined by alkaline titration. Sulfur as a curing agent in the rubber phase was used to prepare WG/NRMA blends with various weight ratios (100/0, 90/10, 80/20, 70/30, 60/40 and 50/50). Mechanical properties, impact strength, water absorption and morphologies of the molded WG/NRMA blends compared with WG/NR blends were investigated. Incorporation of the NRMA into WG improved flexibility and water absorption resistance of the polymer blends with respect to the neat WG. Moreover, the WG/NRMA blends provided higher impact strength and mechanical properties, especially modulus and tensile strength than those of WG/NR, indicating more compatibility between the WG and NRMA comparing to NR, resulting in an improvement of mechanical properties in the WG/NRMA blends
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