中央研究地球科學研究所

本人的專長為年代學、地球化學、火成岩成因學和儀器分析。自2015年8月開始擔任中研院地球所研究助技師，管理「雷射電漿質譜儀實驗室」，迄今包含二套Agilent感應耦合電漿質譜儀、二套Nu Plasma多偵測器感應耦合電漿質譜儀和二部Photon Machines Analyte G2雷射剝蝕系統，主要提供所內地球化學團隊同仁從事岩石礦物的年代和組成分析，並與國內外不同的學者合作，嘗試利用質譜儀技術解析隱沒帶、造山帶乃至於不同的地理陸塊中岩漿的成分變化與地體的演化。

1. PERSONAL TECHNICAL SPECIALTIES - Inductively Coupled Plasma Mass Spectrometry (ICP-MS):
- Mass Spectrometer

• Inductively Coupled Plasma (ICP): Agilent 7500cx, 7500s, 7700x and 7900
• Multi‐Collector (MC) ICP: Thermal Electron Finnigan Neptune (Plus) and Nu Instruments Nu Plasma (HR & II)

- Introduction System

• Solution: APEX, Aridus (I & II) and DSN-100 desolvators, and stable inlet system
• Solid: New Wave LUV266 & UP213 Nd:YAG lasers, and New Wave UP193FX and Photon Machines (PM) Analyte G2 (193) excimer lasers

2. ROUTINE ANALYSES IN LAICPMS LAB (@RB10 & R213)
- In-situ zircon Hf isotope analysis on NP HR MC-ICP-MS linking to PM Analyte G2 laser

- In-situ zircon/mineral U-Pb dating and/or trace-element measurements on Agilent 7900 Q-ICP-MS linking to PM Analyte G2 laser

- Whole-rock trace-element measurement on Agilent 7500cx Q-ICP-MS

- Whole-rock Sr-Nd-Hf isotope and PGE analyses on NPII MC-ICP-MS

- In-situ Mg isotope analysis on NPII MC-ICP-MS linking to Analyte G2 laser

- Laser Ablation Split Stream (LASS) method on NPII MC-ICP-MS and Agilent 7900 Q-ICP-MS linking to PM Analyte G2 laser