CW X-band EPR Spectrometer Bruker ESP 300E

Responsable / email: João Paulo Telo / jptelo@ist.utl.pt

EPR

EPR apparatus

 

Equipment: TG-DSC analyser

Trademark:TGA 92 (Setaram)
Applications: Acquisition of sample mass change and heat flow profiles as a function of temperature increasing, in inert or oxidative atmosphere, from RT up to 1600 ºC; Determination of maximum organic compounds (e.g. toluene) adsorption capacity (breakthrough curves).
Local/ Responsible / email: South Tower (9th floor)/ M. Filipa Ribeiro/filipa.ribeiro@tecnico.ulisboa.pt

TG-DSC analyser

TG-DSC analyser

 

Equipment: TG-DSC analyser

Trademark:Setsys Evo 16 (Setaram)
Applications: Acquisition of sample mass change and heat flow profiles as a function of temperature increasing, in inert or oxidative atmosphere, from RT up to 1600 ºC; Determination of maximum organic compounds (e.g. toluene) adsorption capacity (breakthrough curves).
Local/ Responsible / email: South Tower (9th floor)/ M. Filipa Ribeiro/filipa.ribeiro@tecnico.ulisboa.pt

TG-DSC analyser

TG-DSC analyser

 

Equipment: DSC analyser

Applications: Thermal transitions of solids and liquids; Thermal characterization of polymers, such as glass transition temperature, crystallization temperature and melting point.
Local/ Responsible / email: South Tower (8th floor)/ M. Filipa Ribeiro/filipa.ribeiro@tecnico.ulisboa.pt

DSC analyser

DSC analyser

 

Equipment: Gases physisorption and chemisorption analyser

Trademark: ASAP 2010 (Micromeritics)

Applications: Gas isotherm acquisition (adsorption-desorption), namely nitrogen at 77 K, and subsequent determination of specific surface area, porous volume, pores size distribution (methods BJH, DFT, etc.); Possibility of using Ar as adsorptive gas.
Local/ Responsible / email: South Tower (9th floor)/ M. Filipa Ribeiro/filipa.ribeiro@tecnico.ulisboa.pt

Gases physisorption and chemisorption analyser

Gases physisorption and chemisorption analyser

 

Equipment: Gases sorption analyser

Trademark: Autosorb-IQ-MP (Quantachrom)

Applications: Gas isotherm acquisition (adsorption-desorption), namely nitrogen at 77 K, and subsequent determination of specific surface area, porous volume, pores size distribution (methods BJH, DFT, etc.); Possibility of using Ar as adsorptive gas.
Local/ Responsible / email: South Tower (9th floor)/ M. Filipa Ribeiro/filipa.ribeiro@tecnico.ulisboa.pt

Gases sorption analyser

Gases sorption analyser

 

Equipment: Temperature programmed reduction/oxidation/desorption analyser

Trademark: Autochem II 2920 (Micromeritics)

Applications: Determination of TPR, TPO and TPD quantitative profiles as a function of temperature, from RT up to 1000 ºC; Determination of metal dispersion and metallic surface area by the means of H2 chemisorption (dynamic-pulses method).
Local/ Responsible / email: South Tower (9th floor)/ M. Filipa Ribeiro/filipa.ribeiro@tecnico.ulisboa.pt

Temperature programmed reduction/oxidation/desorption analyser

Temperature programmed reduction/oxidation/desorption analyser

 

Jobin-Yvon Variable Angle Spectroscopic Ellipsometer

Responsable / email: Luis Santos luis.santos@ist.utl.pt

Ellipsometer

Ellipsometer

 

Graphite furnance atomic absorption spectrometer with Zeeman effect correction

Responsable / email: Margarida Romão / mcsantos@ist.utl.pt

Graphite furnance atomic absorption spectrometer

 

Particle sizing and counting analyzer 

Responsable / email: Rute Domingues

Particle sizing and counting analyzer

Particle sizing and counting analyzer

 

Potentiostat

Responsable / email: Margarida Romão / mcsantos@ist.utl.pt

Potentiostat

Potentiostat

 

Microscopes

Responsable / email: Fernanda Carvalho

Microscopes

Microscopes