Simultaneous Differential Scanning Calorimetry/Thermogravimetry
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Skraćeni naziv instrumenta
STA DSC/TG NETZSCH JUPITER F1 449
Uža područja primjene
Thermal properties of materials; metals, polymers, organic materials, ceramics, composites etc.
Namjena instrumenta
The simultaneous thermal analysis allows the measurement of thermal effects and mass changes in the temperature interval between room temperature and 1650 °C. Easily interchangeable sample holders allow the optimal system adaption to the diverse applicati
Popis usluga
Transformation temperatures in solid state, melting, crystallization, degree of crystallinity, glass transition, specific thermal capacity, transformation enthalpy, thermal stability, oxidation, reaction kinetics etc.
Opis na stranicama zavoda/laboratorija
Technique enables determination of phase transformation temperatures and enthalpies during heating/cooling of materials. Further, it allows determination of thermal stability of materials, mass loss intervals, component content, crystallinity of materials
Ključne riječi
thermal properties, phase transformation, melting, crystallization, glass transition
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Ustanova en
Sveučilište u Zagrebu, Metalurški fakultet
Aleja narodnih heroja 3, SisakZavod
Department for Physical Metallurgy
Laboratorij
Laboratory for Development and Application of Materials
Grad
Sisak
Ulica i broj
Aleja narodnih heroja 3
Krilo/Kat/Soba
Ground floor, room 4
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Ime i prezime
Tamara Holjevac Grgurić
Titula
Assoc. prof.
E-mail
tholjev@simet.hr
Telefon
++38544531380
Faks
++38544533378
Mobitel
++385955488308
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Ime i prezime
Ivana Ivanić
Titula
Dr. sc.
E-mail
iivanic@simet.hr
Telefon
++38544533380
Faks
++38544533378
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Model
STA NETZSCH JUPITER F1 449
Princip rada i mjerna tehnika
DSC/TG and DTA/TG analysis can be performed in the temperature range from 25 °C till 1650 °C. Heating/cooling rate is 0.01 - 50 K/min. Atmosphere: inert (argon or nitrogen) or reactive (oxygen or air).
Proizvođač
NETZSCH, Selb, Germany
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Slike en
STA DSC/TG, DTA/TG