Single-Crystal Nanorods of LaPO4•nH2O and LaPO4 doped with Tb3+ have been Prepared by Microwave-Assisted Hydrothermal Synthesis
VIEW PROJECTThe research is based on the obtention of new materials for electrodes of hybrid supercapacitors of carbon/graphene matrix nanocomposites and multivalent transition element oxides in which these matrices will be obtained from (oxi) carbides derived from pre-ceramic hybrid or polymeric materials
VIEW PROJECTThis project will develop intelligent PH-controlled release films for the prevention of sexually transmitted AIDS. The films will be formed by a biocompatible organic matrix and micro-nanoparticles of silicon oxycarbides with micro-meso porosoties and with mono-bi-trimodal pore size distributions. These particles will be coated with polymers sensitive to the pH of the medium and in whose pores are the selective drugs of preventing AIDS.
VIEW PROJECTThe objective of this project is to develop glass fertilizers suitable to the soils of Peru for the cultivation of legumes and especially for the canary bean kind
VIEW PROJECTThis research will be focused in obtaining thermochemical catalyst supports for the generation of synthesis gas in solar reactors, while the synthesis gas will be obtained from the thermocatalytic dissociation of atmospheric CO2 and water.
VIEW PROJECTLaPO4∙nH2O Single-crystal Nanorods doped with Eu3+ have been obtained by Microwave-assisted Hydrothermal Synthesis
VIEW PROJECTThe objetive is to combine a highly porous metal scaffold, made by EMB sintering technology, and tissue engineering elements (biomaterials, signalling molecules and stem cells) to produce a bioactive implant for maxillofacial surgery, and to test this implant in a concrete clinical setting: reconstruction of full-thick mandibular defects.
VIEW PROJECTThe objective of this project is focused in improving the production and properties of the bacterial microalgae "spirulina" or Arthrospira (Spirulina) platensis, as an industrially important bluegreen cyanobacterium because it is cultured worldwide at large scale due to its high nutritional value for human and animal food as well as for the production of biomass in different industrial applications
VIEW PROJECTXerogels, thin films and nanorods of lanthanides ions (Ln3 +) have been obtained whose main emissions are in the visible and infrared range of the electromagnetic spectrum of light
VIEW PROJECTThis project aims to synthesize silicon oxycarbide nanoparticles and carry out their surface functionalization to be used as potential nanomaterials in nanomedicine
VIEW PROJECTThe main objective of the project is to develop a fundamental research in high-performance materials that will be used for high temperature and efficiency solar receivers
VIEW PROJECTThe overall objective of the project is to develop new vaginal application formulations based on new porous materials that include an antiretroviral drug combined with a antiherpetic agent to prevent transmission sexual diseases such as AIDS
VIEW PROJECTThe aim of the CERAMGLASS project is to reduce the environmental impact produced by the use of combustion systems in the ceramic industry and, specifically, in the production of tiles
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