Nanoparticles characterization
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https://zenodo.org/record/14850140
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资源简介：
-------------------GENERAL INFORMATION-------------------1. Title of dataset
Nanoparticles characterization
2. ContactPrincipal Investigator Contact InformationName: Alberto López OrtegaInstitution: Universidad Pública de NavarraEmail:alberto.lopez@unavarra.es
3. Description of the project
The 3DMAGIR project will take advantage of low-cost and easy manufacturing of the 3D printing technology to develop novel controllable and contactless magneto and opto activeimplants for nonsteroidal anti-inflammatory drugs (NSAIDs) delivery.
4. Description of the dataset
Magnetic and structural characterization of magnetite nanoparticles synthetized by coprecipitation method. Used for drug delivery tests.
5. Notes
6. Deposit date
11/02/2025
7. Date
February 2024
8. Language
English
--------------------------AUTHOR INFORMATION--------------------------1. AuthorName:AlbaLast name : Martínez Jiménez de AlloInstitution:Universidad Pública de NavarraEmail:alba.martinez@unavarra.es
--------------------------METHODOLOGY--------------------------1. Methodology
Synthesis of nanoparticles by coprecipitation method. Study of its structure by X-ray diffraction (EDX) and its magnetic properties by VSM and AC magnetometry.
2. Software
Maud for difraction--------------------------KEYWORDS--------------------------1. Keywords
Nanoparticles, magnetite, drug delivery--------------------------SPONSORSHIP INFORMATION AND GRANT IDs--------------------------1. Grant Information
CNS2022-135787
--------------------------RELATED PUBLICATIONS--------------------------1. Related publication
2. Related dataset
-----------------------FILES--------------------------1. Files
VSM-NPs Nanoparticles characterization via VSM (DC magnetometry), demonstrating its superparamagnetic behaviour. Magnetization vs Applied field curve.AC-NPs Nanoparticles characterization via AC Magnetometry (hyperthermia), demonstrating its heating capability given the shape of the M-H loop. Magnetization vs Applied field curve.EDX-NPs Nanoparticles structural characterization via EDX, demonstrating the typical magnetite structure (inverse spinel structure). Intensity vs scattering angle 2 Theta.
--------------------------LICENSES AND PRIVACITY--------------------------1. Licenses
CC-BY-4.0
2. Privacity
n/a
创建时间：
2025-02-11
