Sensory Polymers: From their Design to Practical Applications

by Elsevier Science, Saúl Vallejos (Editor), Miriam Trigo-López (Editor)

Overview

Sensory Polymers: From their Design to Practical Applications discusses recent developments in the field of sensory polymers and showcases the potential applications of these materials in food control and security, civil security, the biomedical field, environmental control and remediation, industrial control of chemicals, and more. Written by worldwide experts in the field, chapters provide in-depth knowledge on several different polymer sensors and their response to different stimuli, which makes this book a valuable resource for researchers and advanced students in polymer science, materials science, and chemistry, as well as those interested on sensing applications and chemical sensory systems, including industry R&D.

Product Details

ISBN-13:	9780443133947
Publisher:	Elsevier Science
Publication date:	08/15/2024
Pages:	550
Product dimensions:	7.50(w) x 9.25(h) x (d)

About the Author

Dr. José Miguel García Pérez is founder and leader of the Polymer Group at the University of Burgos (UBU), aimed at the design, development and study of new polymeric materials with high added value for their application in advanced technologies.

He is Vice-Rector for Research and Knowledge Transfer at the UBU, Vice-President of the Loop Consortium of the Universities of Castilla y León, and member of the Governing Council of the CENIEH Singular Scientific-Technical Facility (MINECO).

Saúl Vallejos obtained his bachelor’s degree in Chemistry from the University of Burgos. While working on his doctoral thesis, he founded the company "Chameleon Sensors SL". This helped him get to know the industrial and commercial world closely, but mainly directed his research and the group towards real solutions for the real world. He worked at the European Space Agency (ESA, Noordwijk, Holland) and at the Miguel Hernández University (Elche, Spain) which helped him make more and better contributions in the field of polymers.

He is co-director of the Polymer Research Group of the University of Burgos. He is the principal investigator of 3 funded research projects (funded with more than €100k) and has registered 18 patents in the last eight years.

Miriam Trigo López started her Master’s in Education along with her PhD studies in Advanced Chemistry in the Polymer Research Group under the supervision of Professor José Miguel García Pérez and Dr. Félix C. García García in 2010. In 2012, she obtained a Research Personnel Formation Grant by the Spanish Ministry of Economy and Competitiveness, and another one on mobility by the same organization in 2014, to complete a stay in in the Materials Research Laboratory of the University of Santa Barbara, USA. She finished her PhD in December 2015. Her thesis about functional polymers and their applications as sensors and high-performance materials was awarded with the International Mention, Extraordinary Doctorate Award (2017) at the University of Burgos, the second award in the Best National Thesis about Polymers by the Spanish Royal Societies of Physics and Chemistry (RSEQ and RSEF) (2015), and with the award “Doctor TCUE” in 2015 for thesis with industrial applications.

Recently, she obtained a funding from the Spanish Ministry of Innovation and Science (145.200 €) to lead her own research about the improvement of aromatic polyamides.

Table of Contents

1. Foundation of sensory polymers

PART I: Sensory polymers for advanced applications
2. Sensory Polymers
3. Sensors based on conjugated polymers
4. Molecularly imprinted polymers
5. Colorimetric sensors
6. Fluorogenic sensors
7. Polymer optical fiber sensors
8. Electrochemical sensors
9. Biosensors
10. Hybrid Polymer-based sensors
11. Polymer composite sensors
12. Sensors based on nanomaterials
13. Electrospun polymer sensors
14. Sensor arrays

Part II: Lab-on-a-chip and sensory devices
15. Polymers in sensory and lab-on-a-chip devices
16. Gas sensors 17. Humidity sensors
18. pH sensors
19. Temperature sensors
20. Nitroaromatic explosives detection
21. Cation detection and quantification
22. Anion detection and quantification
23. Protein sensors
24. Drugs detection
25. Detection of other neutral species

Part II: Research trends and challenges in polymer sensors
26. Trends and challenges in polymer sensors

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From the Publisher

Discusses the foundation and state of the art of sensory polymers, including their classification, production methods, and research trends and challenges