Instrumentation lab

Instrumentation lab includes ICP-MS room and TIMS room

ICP-MS room

NEPTUNE PLUS (Thermo Scientific)
Introduced in November 2017. Equipped with nine Faraday cups and eight CDD detectors. Li, Hf isotope analyses, Ra quantitative analysis are carried out. We are currently preparing for isotopic analysis of Si, Fe and Ni, etc.

ELEMENT XR (Thermo Scientific)
Sector type ICP-MS. 18 element concentration + PGE concentration determination can be performed. The sample is decomposed with three different decomposition methods and measured by three different analytical sequences. The minimum necessary amount of sample to be solution for analysis is ~10 mg in case of basaltic rocks.

iCAP TQ ICP-MS (Thermo Scientific)
ICP - QMS. It is possible to analyze the concentration of 36 elements (Li, Be, B, Rb, Sr, Y, Zr, Nb, Mo, Cd, In, Sn, Sb, Cs, Ba, REE [La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu] Hf, Ta, Tl, Pb, Bi, Th and U) using samples of two different decomposition methods (total of 3 sequences). The minimum necessary amount of sample for analysis is about 2 mg in the case of Basaltic rocks.

iCAP-Qs (Thermo Scientific)
ICP- QMS. Perform in situ spot quantitative analysis of the polished specimen combined with laser equipment. U - Pb dating of Zircon, and trace element analysis such as REE are proceeded.

Analyte G2 Excimer Laser system (Teledyne)
Ar-F Excimer laser system. The wavelength is 193 nm. The system is used for in-situ spot analysis combined with ICP-MS (LA-ICP-MS). Currently, it is mainly connected with iCAP-Qs, for U-Pb dating of zircon, trace element analysis such as REE etc. are examined. According to the linkage to the Visual Stage system (see more info), it is easily set the analytical position precisely under the laser system while confirming the images and data obtained by the microscope, SEM and ion-probes. We have a plan that this equipment will be proceeding connect with Neptune plus and/or Element XR for the in situ spot analysis for much wider applications.
  • Kunugiza et al. (2017) In–situ U–Pb zircon age dating deciphering the formation event of the omphacite growth over relict edenitic pargasite in omphacite–bearing jadeitite of the Itoigawa–Omi area of the Hida–Gaien belt, central Japan, Journal of Mineralogical and Petrological Sciences, 112(5), 256-270.

  • ICP-MS labSpherical Image - RICOH THETA

    ICP-MS Room
    Quadrypole iCAP-Qs ICP-QMS
    Neptune Plus MC-ICP-MS
    Elements XR ICP-MS
    Analyte G2 Excimer Laser System

    Technical Utilities

    • NEPTUNE PLUS (Thermo Scientific)
    • Element XR (Thermo Scientific)
    • iCAP TQ ICP-MS (Thermo Scientific)
    • iCAP-Qs (Thermo Scientific)
    • Analyte G2 Excimer Laser system (Teledyne)

    Analytical Capabilities

    • 54(+more) element concentration determination
    • Li, Hf isotope analysis
    • Lu-Hf systematics
    • U-Pb age dating

    Related Work

    TIMS Room

    TRITON PLUS (Thermo Scientific)
    Introduced in November 2017. Equipped with nine Faraday cups and eight CDD detectors. Three of 10^13, 4 of 10^12 and 3 of 10^11 amplifiers are implementation. The preparation of Os isotope analysis and ultra-trace sample analysis are in progress.

    TRITON (Thermo Scientific)
    Equipped with nine Faraday cups. Sr, Nd, Pb, B, Os isotope analyses are performed. The MIC system were seriously damaged and could not be maintained due to the earthquake in October 2016.

    TIMS lab Spherical Image - RICOH THETA

    TIMS Room
    Triton Plus TIMS
    Triton TIMS

    Technical Utilities

    • TRITON PLUS (Thermo Scientific)
    • TRITON PLUS (Thermo Scientific)
    • TRITON (Thermo Scientific)

    Analytical Capabilities

    • Sr, Nd, Pb, B and Os isotope analysis
    • Rb, Sr, Sm, Nd, Pb and B concentration determination by Isotope dilution
    • Rb-Sr, Sm-Nd and Pb-Pb systematics and age dating
    • Re-Os systematics

    Related Work