Fernando Rodrigues

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Produções bibliográficas

• RODRIGUES, FERNANDO ; AZZOLINI VOLNISTEM, EDUARDO ; SANGUINO DIAS, GUSTAVO ; APARECIDO DOS SANTOS, IVAIR ; COTICA, LUIZ . Magnetic Nanorings for Biomedical Applications. Advanced Nano Research , v. 5, p. 1-7, 2022.

• RODRIGUES, F. . DESENVOLVIMENTO DE NANOPARTÍCULAS DE MAGNETITA RECOBERTA COM IODO COMUM E RADIOATIVO PARA APLICAÇÕES BIOLÓGICAS. 68. ed. Marialva: Amazon, 2019. v. 01. 77p .

• RODRIGUES, F. . Nanopartículas radiativas: energia nuclear aplicada no tratamento de câncer de mama. 2017. (Apresentação de Trabalho/Conferência ou palestra).

• RODRIGUES, F. . Nanotecnologia Aplicada ao Diagnostico Médico. 2017. (Apresentação de Trabalho/Comunicação).

• RODRIGUES, F. . Física Forense. 2009. (Apresentação de Trabalho/Conferência ou palestra).

• RODRIGUES, F. ; COTICA, L. F. . Development of magnetite nanoparticles coated with common and radioactive iodine for biological applications. Revista Brasileira de Física Médica, 2021 (Artigo).

Outras produções

Projetos de pesquisa

• 2019 - Atual

  Development of multifunctional devices by additive manufacturing, Descrição: In the last decades, the idea of producing intelligent materials and devices has attracted the attention of many researchers from different areas of knowledge, in different parts of the world. Among the so-called intelligent materials, those referred as multiferroics, such as magnetoelectrics, magnetoelastics, and electro-elastics, arouse special interest because of their peculiar physical properties. In fact, such materials have already been used in the attempt to produce prototypes of solid-state transformers and sensors. In this project, the main innovative point of technologically applied character is the development of multifunctional magnetoelectric microsensors/actuators for multifunctional application. These microsensors/actuators, which will be obtained by additive manufacturing (3D printing with a ceramic ink jet printer), will explore the magnetoelectric effect observed in laminar microcomposites of multiferroic materials that, due to the application of static and/or oscillating magnetic fields, can show tunability in the frequency of operation, high thermal stability and low signal-to-noise ratio. Such sensors could contribute significantly in several areas of technological development and technological innovation, since several different subareas could be served according to the properties/characteristics of the sensors.. , Situação: Em andamento; Natureza: Pesquisa. , Integrantes: Fernando Rodrigues - Integrante / Ivair Aparecido dos Santos - Coordenador / Luiz Fernando Cótica - Integrante.