Nanoindenter

Nanoindenter

  • Skraćeni naziv instrumenta

    Nanoindenter

    Inventarni broj

    4041

    Opći opis

    Accurate determination of elasticity modulus and hardness according to ISO 14577., i.e., quantitative measurement of mechanical properties of small volumes of material.

    Project title

    Research Infrastructure for Campus-based Laboratories at the University of Rijeka

    Ključne riječi

    nanoindenter, elasticity modulus, hardness, ISO14577

    Year of manufacture

    2014

  • Ustanova en

    Sveučilište u Rijeci, Centar za mikro- i nanoznanosti i tehnologije
    Radmile Matejčić 2, Rijeka

    Laboratorij

    Laboratory for precision engineering and micro- and nanosystems technologies

    Grad

    Rijeka

    Ulica i broj

    Radmile Matejcic 2

    Krilo/Kat/Soba

    Zgrada odjela/Suteren/O-S23

  • Način korištenja instrumenta

    , ,

  • Ime i prezime

    Ervin Kamenar

    Titula

    D. Sc.

    E-mail

    ekamenar@riteh.hr

    Telefon

    +385 51 651 585

  • Ime i prezime

    Sasa Zelenika

    Titula

    Prof. D. Sc.

    E-mail

    sasa.zelenika@riteh.hr

    Telefon

    +385 51 651 538

  • Model

    Keysight G200

    Mrežna (URL) adresa instrumenta na stranicama proizvođača

    https://www.keysight.com/en/pd-1675520-pn-U9820A/agilent-nano-indenter-g200?cc=HR&lc=eng

    Proizvođač

    Keysight

    Mrežna (URL) adresa proizvođača

    https://www.keysight.com

    Detaljne tehničke karakteristike

    - 4 samples in a 100 x 100 mm sample holder with a scanning resolution of 0.1 µm and 1 µmm accuracy
    - Electromagnetic actuation (voice coil principle), i.e. load generation: max 0.5 N with a 50 nN resolution; additional built-in high-load system with 0.1 mN … 10 N load range
    - Loading system stiffness (guided by leaf springs): 5.106 N/m
    - Capacitive displacement measurement: resolution < 0.01 nm for >500 µmindentation depth
    - Total indenter travel: 1.5 mm
    - Obtainable straightness in a 100 mm range is within 10 nm
    - Enables LFM with a ≤ 2 mN resolution and max lateral force ≥ 250 mN
    - Berkovich, cube corner, conical, spherical and Vickers tips with calibration and conformity certificate of each tip
    - System for sample visualization (10x and 40x zoom), and microscope with CCD camera
    - Thermally as well as dynamically (and acoustically) isolated

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