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Research on the development of a new structure |
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to improve electrocatalystic performance and PbO2 |
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Synergic Effects by the Electronic Interaction |
and SnO2 anodes stability of through a nano- |
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structured reticular design of the substrate. |
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among Metallic Oxides Clusters and Titanium |
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Dioxide Nanotubes: Nano-structured |
Project directed by Marco Antonio Quiroz Alfaro, |
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Photoelectrocatalyst. |
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PhD of the Department of Chemical-Biological |
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Sciences, financed by CONACYT. |
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Research that carries out a study of the main |
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variables that control the behavior of magnetic |
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Magnetic Nanoparticles for applications in |
nanoparticles with the objective to measure |
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their potential in medical imaging of magnetic |
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Hyperthermic Therapy, Medical Imaging and |
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resonance, hypothermic therapy and drug |
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Drug Transportation: Study of the fundamental |
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transportation. |
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conditions for the Control of Morphology, Size |
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and Stabilization. |
Project directed by Miguel Ángel Méndez Rojas, |
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PhD of the Department of Chemical- Biological |
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Sciences, financed by CONACYT. |
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Research on how to synthesize and evaluate new |
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enantiopure compounds that contain nitrogen, |
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sulfur and phosphorus such as metal-bonding |
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catalyst, organocatalysts or phase transference |
| Synthesis of new chiral compounds containing |
agents in several asymmetric reactions to |
| nitrogen, sulfur and phosphorus, as well as their |
obtain useful blocks by using Green Chemistry |
| application in asymmetric catalysis. |
methodologies. |
| |
Project directed by Cecilia Anaya Berríos, PhD of |
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the Department of Chemical-Biological Sciences, |
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financed by CONACYT. |
