Internal temperature sensing in lentil root seedlings with Er, Yb: NaYF4 up-converting nanoparticles assisted with smartphone by using and RGB  luminiscent nanothermometric model

Figueras Llussà, Paulí

Belongs to TFM:SerieGeneralNMP collection

TITLE:

Internal temperature sensing in lentil root seedlings with Er, Yb: NaYF4 up-converting nanoparticles assisted with smartphone by using and RGB luminiscent nanothermometric model - TFM:749

Handle:

https://hdl.handle.net/20.500.11797/TFM749

Student:	Figueras Llussà, Paulí
Language:	Anglès
Title in original language:	Internal temperature sensing in lentil root seedlings with Er, Yb: NaYF4 up-converting nanoparticles assisted with smartphone by using and RGB luminiscent nanothermometric model
Title in different languages:	Internal temperature sensing in lentil root seedlings with Er, Yb: NaYF4 up-converting nanoparticles assisted with smartphone by using and RGB luminiscent nanothermometric model
Keywords:	Nanothermometry. Interal temperature, smartphone
Subject:	Química
Abstract:	Lentil root plants were grown in a controlled environment and watered with a colloidal dispersion of 0.5 μg/mL Er,Yb:NaYF4 nanoparticles in water. The Er3+ up-conversion luminescence emission bands from this type of nanoparticles at 520 nm (2H11/2  4I15/2), 545 nm (4S3/2  4I15/2) and 650 nm (4F9/2  4I15/2) after excitation of Yb3+ at 980 nm and the subsequent energy transfer to Er3+, show good properties for luminescence nanothermometry purposes to sense temperature values in the internal parts of a lentil root plant from outside. The objective of using this luminescent nanothermometer as a tool in the field of crop temperature control, requires the simplification of experimental set-ups. For this reason here is proposed to use smartphone cameras as detectors with the application of an RGB approach for analytical treatment. The results obtained show the ability of Er,Yb:NaYF4 up-conversion nanoparticles to be used as luminescent nanothermometers for temperature sensing inside the lentil plant root structure, which indicates the statement that plants have a regulative thermal mechanism against extreme temperatures, and presents the smartphone camera as a detector for the emitted luminescence.
Project director:	Pujol Baiges, Cinta
Work's codirector:	Carvajal, Joan Josep
Department:	Química Física i Inorgànica
Education area(s):	Nanociència, Materials i Processos - Tecnologia Química de Frontera
Entity:	Universitat Rovira i Virgili (URV)
TFM credits:	24
Work's public defense date:	2020-11-27
Academic year:	2019-2020
Confidenciality:	No
Subject areas:	Chemistry
Creation date in repository:	2021-07-30
Access Rights:	info:eu-repo/semantics/openAccess

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Type:	info:eu-repo/semantics/masterThesis
Títol:	Internal temperature sensing in lentil root seedlings with Er, Yb: NaYF4 up-converting nanoparticles assisted with smartphone by using and RGB luminiscent nanothermometric model
Contributor:	Carvajal, Joan Josep Pujol Baiges, Cinta
Subject:	Química Chemistry Química Química
Date:	2020-11-27
Language:	Anglès
Creator:	Figueras Llussà, Paulí
Rights:	info:eu-repo/semantics/openAccess

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