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  Filipa da Rosa Carvalhal Sequeira  
  Phone: 48330 / 34718  
  e-mail: frs@ua.pt  
  Category: PhD Student  
  Department: Instituto de Telecomunicações / CESAM  
  Research group: Environ. Processes & Pollutants
 
 
  Direct URL for this page: http://www.cesam.ua.pt/fsequeira  
     
  Thesis title: Advanced fiber optics sensors for water quality assessment
  Supervisor: Lúcia Bilro
  Category: BO
  Grant type: BD
  Funding entity: FCT
  Grant reference: SFRH/BD/88899/2012
  Start date: 2013-02-01
  End date: 2017-01-31
Academic qualifications
2008 - Master in Applied Physics; Physics Department; University of Aveiro; Portugal.

 

2005 - Licentiate in Teaching of Physics and Chemistry; Physics Department; University of Aveiro; Portugal.

 


Publications
  1. Sequeira F., Duarte D., Bilro L., Rudnitskaya A., Pesavento M., Zeni L., Cennamo N. (2016) Refractive Index Sensing with D-Shaped Plastic Optical Fibers for Chemical and Biochemical Applications. Sensors. 16, 12, (see details) ISI paper
  1. Lopes N., Sequeira F., Gomes M.T.S.R., Nogueira R., Bilro L., Zadorozhnaya O.A., Rudnitskaya A.M. (2015) Fiber optic sensor modified by grafting of the molecularly imprinted polymer for the detection of ammonium in aqueous media. Scientific And Technical Journal Of Information Technologies, Mechanics And Optics. 15, 4, 568-577. (see details)
  1. Filipa Sequeira (2008) Redes de difracção em filmes fotopolimerizáveis para comunicações ópticas. MSc Thesis. (see details)
    Link: http://hdl.handle.net/10773/2616
  1. Sequeira F., Nogueira R., Rudnitskaya A., Cennamo N., Zeni L., Bilro L. (2017) Sensitivity optimization of POF sensors based on an intensity low-cost configuration targeting chemical and biochemical sensing. (see details)
  2. Sequeira F., Rudnitskaya A., Gomes M.T.S.R., Nogueira R., Bilro L. (2016) Ammonium sensing with plastic optical fiber modified by molecular imprinting. 1, 184 (see details)
  3. Sequeira F., Duarte D., Rudnitskaya G.o.m.e.s., Nogueira R., Bilro L. (2016) Ammonium sensing in aqueous solutions with plastic optical fiber modified by molecular imprinting. Spie. (see details)
  4. Sequeira F., Bilro L., Rudnitskaya A., Pesavento M., Zeni L., Cennamo N. (2016) Optimization of an evanescent field sensor based on D-shaped plastic optical fiber for chemical and biochemical sensing. (see details)
  5. Sequeira F., Duarte D., Nogueira R., Rudnitskaya A., Cennamo N., Zeni L., Bilro L. (2016) Analysis of the roughness in a sensing region on D-shaped POFs. (see details)
  6. Sequeira F.R.C., Rudnitskaya A., Gomes M. T. S. R., Nogueira R.N., Bilro L. (2015) Plastic optical fiber sensor modified by molecular imprinting for ammonium sensing. (see details)
  7. Jan Jacob Keizer, Lúcia Bilro, Martinho A.S. Martins, Ana Isabel Machado, Anne Karine Boulet, Diana C.S. Vieira, Filipa Sequeira, Sergio A. Prats, and Rogério Nogueira. (2014) Can post-fire erosion rates be estimated using a novel plastic optical fibre turbidity sensor? . (see details)
  8. F.R.C. Sequeira , N. Lopes , M. T. S. R. Gomes , A. Rudnitskaya , R.N. Nogueira , L. Bilro , (2014) Molecularly imprinted polymer grafted on a polymeric optical fibre for ammonium sensing. 72 (see details)
  9. F.R.C. Sequeira , S. Prats , R.N. Nogueira , J. J. Keizer , L. Bilro , (2013) Experimental assessment of a plastic optical fibre based turbidity sensor. (see details)
  10. Jan Jacob Keizer, Lúcia Bilro, Martinho Martins, Ana Isabel Machado, Diana Vieira, Sergio Prats, Anne Karine Boulet, Filipa Sequeira, Rogério Nogueira (2013) The suitability of plastic optical fiber turbidity sensors to estimate sediment and organic matter loads in runoff from recently burnt areas. (see details)
  11. F.R.C. Sequeira , C. Vicente , P.S André , J. L. Pinto , (2008) Utilização de NOA 68 para o fabrico de elementos ópticos difractivos. (see details)
  12. F.R.C. Sequeira , P.S André , J. L. Pinto , (2007) Holographic gratings using Norland Optical Adhesive (NOA68). (see details)