Advanced Chemistry Clean laboratories

In the Chemistry Clean laboratories, we dissolve the rock, extract elements, and do mass spectrometry. On dissolution of a rock, addition of acid and evaporation of aqueous media were repeated. We need to minimize unexpected elements coming from reagent and environment. We created a dedicated room with special air circulation named as the Ultimate Clean Room that stays on the upper stream of air flow.

Mass spectrometry is the most sensitive approach to determine both element concentration and isotope composition. The collected elements would be loaded into mass spectrometer in a form of solid or liquid and number of ionized atoms delivered to detector was determined. Since ion signal fluctuates in mass spectrometry, to cancel out, we intentionally mix elements with isotope-ratio known to the sample. This technique is called isotope dilution and at least we have to know quantities of sample and mixed elements.

The isotopically-doped solid and liquid were analyzed by appropriate mass spectrometers with the adequate method on the downstream of the ultimate clean room. To be able to analyze 52 elements and 5 isotope-system, the clean room keep expanding and will be, until we determine all elements and all isotopes. No problem since samples and disciplines are taken over to the next generations.

*Note: Please click and individual room from the map below to access the room and check the technical utilities and analytical capabilities of them.

# Clean LabEntrance Ultimate CleanRoom Boron ChemistryRoom WashingRoom SampleStorage Room TIMSRoom KIJIRoom Mineral SeparationRoom WeighingRoom ReagentsRoom 2F Detailed MapAdvanced Chemistry Clean Laboratories ICP-MSRoom Chemistry lab Instrumentation lab Sample preparation lab