Jump to the main content block
Your browser does not support JavaScript functionality. If the webpage function cannot be used properly, please enable the browser's JavaScript status
Menu
Burger Button
Home
NUK
Site map
繁體中文
Burger Button
Introduction
Overview
Department Logo
Transportation
Announcements
Latest News
Courses
Events
Admissions
Members
Faculty
Staff
Labs
Emeritus Faculty
STUDENT
Bachelor
Master
PhD
Downloads
Department Administration
Forms
Faculty Resources
Shared Research Facilities
Admission
Home
馮瑞陽/研討會
超臨界流體技術應用於製備奈米矽薄膜及改質多孔矽結構
利用超臨界二氧化碳改質多孔矽結構提高細胞生物相容性
超臨界二氧化碳改質P型矽基板及其縱深X-ray電子能譜分析
Mechanism Study of Etching Lift-off SOI-based Si-nanomembrane by using HF mixed into Supercritical CO2
Efficiency Enhancement of Si-based Ultra-thin Solar Cell by Cascading with Dilute-Nitride Ga(N)AsP
超臨界二氧化碳下以氫氟酸蝕刻剝離絕緣層上覆矽奈米矽薄膜之技術與特異及其機制之研究
The Effects of Acetone as the Co-solvent mixed with HF-etchant in Supercritical CO2 for Etching Lift-off SOI-based Si-nanomembranes
Electrical Characterization of Si/ZnO:Er,Yb Diode on NH4F/AgNO3 Aqueous Solution Processed Si Substrate
發展內嵌PTFE材料之雙層槽體氣密技術開發抗HF/H2O2混合液之超臨界CO2蝕刻系統
High-efficiency ultrathin Si-based solar cells by cascading dilute-nitride GaNAsP
Demonstration of using HF-etchant mixed into CO2 to lift-off thin-film GaAs layer by supercritical fluids technology
Developments of crystal structures and photoluminescence properties of Sr0.85Eu0.15Al12O19 green phosphors using different synthesis parameters
1
2
3
4
5
6
>
>>
Total
9
Page
Go to
Go
Login Success
Close (Esc)
Share
Toggle fullscreen
Zoom in/out
Previous (arrow left)
Next (arrow right)