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NEWDIA4Planet – MSCA Project

NEWDIA4Planet – MSCA Project

Individual Fellowship project supported by Marie Skłodowska-Curie actions

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  1. NEWDIA4Planet – MSCA Project
  2. NEWDIA4Planet: Research

NEWDIA4Planet: Research

Work packages

Work package 1: System design

Status Complete
Objective To learn the basics of the conventional IHDAC system, then design the new IHDAC system
Task 1.1 Training for the operation of a conventional IHDAC system Complete
Task 1.2 Designing a new IHDAC system, focusing mainly on application to H2O and other potential non-metallic planetary materials and extension of experimental P-T range Complete

 

Work package 2: System production

Status Complete
Objective To complete the development of the new IHDAC system designed in WP1.
Task 2.1 Searching for the ideal materials for the sample chamber and the internal heater for the new IHDAC system designed in Task 1.2 Complete
Task 2.2 Training for the operation of photolithography and thin-film deposition systems Complete

 

Work package 3: Technical application

Status 50% Complete
Objective To install the new IHDAC developed in WP2 into the Raman spectroscopy system
Task 3.1 Learning how to use Raman spectrometer Complete
Task 3.2 Setting up the new IHDAC system into the Raman spectrometer

 

Work package 4: Scientific application

Status 75% Complete
Objective To determine high pressure melting curve of H2O based on melting experiments using the new IHDAC installed into Raman spectroscopy system in WP3
Task 4.1 Conducting high pressure melting experiments on H2O using the new IHDAC system Complete
Task 4.2 Data analysis of the measured melting temperatures and obtaining the equation for melting curve of H2O at high pressure. 50% Complete

 

 

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No. 753858.

 

Copyright Emiko Sugimura-Komabayashi

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