劉志益 教授
- 系所：電子工程系 (建工)
- 研發領域：電機與電子工程
- 標籤： 電子電路,半導體
- 專長： 半導體元件與物理,非揮發性記憶體元件,微電子材料,半導體製程技術,低溫共燒陶瓷,微波元件
- 學歷：
國立交通大學電子所博士
- 經歷：
2007 年第五屆微電子技術發展與應用研討會會議論文委員
2008 年第六屆微電子技術發展與應用研討會會議論文委員
2009 年第七屆微電子技術發展與應用研討會會議論文委員
2010 年第八屆微電子技術發展與應用研討會會議論文委員
2011 年第九屆微電子技術發展與應用研討會會議論文委員
2012 年第十屆微電子技術發展與應用研討會會議論文委員
Reviewer for IEEE Electron Device Letter (2010/05、2010/06、2010/10、2011/01、2011/07、2011/12)
Reviewer for Journal of Applied Physics (2010/05)
Reviewer for The Fourth International Conference on Genetic and Evolutionary Computing (2010/08)
Reviewer for Solid State Electronics (2011/09)
Reviewer for IEEE Sensors Journal (2012/02)
- 電話：(07)381-4526#15622
- 傳真：(07)381-1182
1
以硫化法合成二硫化鉬並探討化學摻雜於壓阻特性之影響Growth of MoS2 by sulfidation method and investigation of chemical doping on its piezoresistive characteristics
2
改善 Cu/SiOx/TiN電阻記憶元件之劣化與轉態穩定性Improvement of Degradation and Switching Stability of Cu/SiOx/TiN Resistive Memory Devices
3
探討氧化鈦雙層結構之突觸特性Investigation of Synaptic Properties of TiOx Bilayer Structures
4
探討低溫燒結Sr2-xZnxV2O7(x=0~2)陶瓷之微波介電特性Investigation of Microwave Dielectric Properties of Low-Temperature Sintered Sr2-xZnxV2O7(x=0~2) Ceramics
5
銅金屬於二氧化矽基電子突觸元件之研究並探討長短期記憶特性之影響Influence of Copper Metal on Characteristics of SiO2-based Electronic Synapse and Long-term and Short-term Memory
6
接觸電阻係數量測與模擬之研究-TLM結構與CTLM結構Measurement and Simulation of Contact Resistance Coefficients -TLM and CTLM Structures
7
利用銅鎳合金薄膜於玻璃基板上低溫成長免轉移石墨烯與探討其成長機制Synthesis of Transfer-Free Graphene on Glass Substrates at Low Temperature Using Copper-Nickel Alloy Film and Investigate its Growth Mechanism
8
以類比式電阻記憶體作為電子突觸元件並探討其記憶特性於人工智慧效能之影響Fabrication of Analog-RRAM-based Electronic Synaptic Devices and Investigation of the Influence of Retention Characteristics on Artificial-intelligence Computing Performance
9
Investigation of TiO2-based Analog Resistive-switching Device for Electronic Synaptic Application
10
以苯碳源低溫製備免轉移石墨烯與探討其缺陷修復機制Preparation of Transfer-Free Graphene at Low Temperature with Benzene Carbon Source and Investigation of Defect-Healing Mechanism
11
模擬類比電阻效應之非理想特性作為電子突觸元件對類神經架構計算之影響Simulation of Effects of Non-ideal Analog Resistive-switching Property as Electronic Synaptic Devices on Neural Architecture Computing
12
探討熱測方式篩選高失效風險之高功率蕭特基二極體元件Investigation of Screening out High failure risk High power Schottky Diodes using Thermal Measurement Methods
13
二氧化鈦之類比電阻切換效應作為電子突觸元件應用之探討Investigation of TiO2-based Analog Resistive-switching Device for Electronic Synaptic Application
14
金屬網格特性模擬與太陽能電池應用Metal Mesh Characteristic Simulation and Solar Cell Application
15
利用銅薄膜直接成長免轉移之石墨烯與其機制探討Direct Synthesis of Transfer-Free Graphene on Dielectric Substrates Using a Copper Film and Investigation of Growth Mechanism