臺灣學術機構典藏系統 (Taiwan Academic Institutional Repository, TAIR)

	English \| 正體中文 \| 简体中文 \| Total items :0
	Visitors : 52733714 Online Users : 618 Project Commissioned by the Ministry of Education Project Executed by National Taiwan University Library

Scope

Adv. Search

Login

Administrator

臺灣學術機構典藏系統 (Taiwan Academic Institutional Repository, TAIR)

About TAIR
	About TAIR

Browse By
	Institution
	Author
	Title
	Date
	Statistics Chart
	Institution Facts
	Trend

News
	2019臺灣學術機構典藏研討會
	機構典藏系統RC7版本已發佈

Copyright
	Publisher & Journal Policy
	TAIR Copyright Conference Minutes

Related Links
	機構典藏計畫網站
	ROAR
	OpenDOAR
	SHERPA
	OAIster
	JAIRO
	Ira
	DSPACE
	RWWR
	臺大學術典藏NTU Scholars

"yih ming liu"

Return to Browse by Author
Sorting by Title	Sort by Date

Showing items 26-41 of 41 (1 Page(s) Totally)
1
View [10|25|50] records per page

Institution	Date	Title	Author
元智大學	Apr-15	Performance Improvement of Lithium Ion Batteries Using Magnetite-Graphene Nanocomposite Anode Materials Synthesized by a Microwave-Assisted Method	Chia-hung Wu; N.W. Pu; Pei-Ju Wu; You-Yu Peng; Chia-Nan Shih; Chun-Yu Chen; Yih-Ming Liu; Ming-der Ger
元智大學	2019-06-29	Fabrication of supercapacitors with high power density and high volumetric specific capacitance using CO2-activated holey graphene/activated carbon	Ching-Yuan Chang (張境元); N.W. Pu; Yih-Ming Liu; Ming-Der Ger
元智大學	2018-07-03	Microwave Absorption Performance of Silicone Rubber Filled with Carbon Dioxide Activated Holey Graphene	Jheng-Shian Yu; Yih-Ming Liu; N.W. Pu
元智大學	2017-11-05	Application of Activated Graphene to Organic Electrolyte Supercapacitors	Jeng-Shian Yu; Guan-Min Wu; N.W. Pu; Yih-Ming Liu; Tsai-Yi Cheng; Liyao Wang; Ming-Der Ger
元智大學	2015-2-14	Application of nitrogen-doped graphene nanosheets in electrically conductive adhesives	N.W. Pu; You-Yu Peng; Po-Chiang Wang; Chun-Yu Chen; Jia-Nan Shi; Yih-Ming Liu; Ming-Der Ger; Chien-Liang Chang
元智大學	2015-06-16	Holey graphene materials used in the anode of lithium-ion batteries	Chia-Hung Wu; N.W. Pu; You-Yu Peng; Chun-Yu Chen; Yih-Ming Liu; Ming-Der Ger
元智大學	2015-06-16	Chemical vapor infiltration densification for carbon-carbon composites	Wen-Ko Huang; Yeh Kai-Chieh; N.W. Pu; Yih-Ming Liu; Ming-Der Ger; Hsing-Ping Chang
元智大學	2015-06-16	Using Pd and Ni-P Nanoparticles to Grow the Helical Fibers as Field-Emission-Lamp Cathodes	Kun-Ju Chung; Meng-Jey Youh; Yih-Ming Liu; N.W. Pu; Ming-Der Ger; Wen-Ko Huang
元智大學	2015-06-16	Holey graphene materials used in the anode of lithium-ion batteries	Chia-Hung Wu; N.W. Pu; You-Yu Peng; Chun-Yu Chen; Yih-Ming Liu; Ming-Der Ger
元智大學	2014-2-1	Application of nitrogen-doped graphene nanosheets in electrically conductive adhesives	N.W. Pu; You-Yu Peng; Po-Chiang Wang; Chun-Yu Chen; Jia-Nan Shi; Yih-Ming Liu; Ming-Der Ger; Chien-Liang Chang
元智大學	2014-05-07	Microwave-assisted Synthesis of Fe3O4/graphene Nanocomposites for Performance Improvement in Li-ion Battery Anodes	Chia-Hung Wu; N.W. Pu; You-Yu Peng; Chia-Nan Shih; Chun-Yu Chen; Yih-Ming Liu; Ming-Der Ger
元智大學	2014-05-07	Microwave-assisted Synthesis of Fe3O4/graphene Nanocomposites for Performance Improvement in Li-ion Battery Anodes	Chia-Hung Wu; N.W. Pu; You-Yu Peng; Chia-Nan Shih; Chun-Yu Chen; Yih-Ming Liu; Ming-Der Ger
元智大學	2014-05-07	Microwave-assisted Synthesis of Fe3O4/graphene Nanocomposites for Performance Improvement in Li-ion Battery Anodes	Chia-Hung Wu; N.W. Pu; You-Yu Peng; Chia-Nan Shih; Chun-Yu Chen; Yih-Ming Liu; Ming-Der Ger
元智大學	2013-8-1	Graphene-Supported Platinum Nanoparticles Prepared by a Self-Regulated Reduction Method	N.W. Pu; Chung-An Wang; Yih-Ming Liu; De-Yu Liu; Po-Chiang Wang; Ming-Der Ger
元智大學	2013-08	Graphene-Supported Platinum Nanoparticles Prepared by a Self-Regulated Reduction Method	N.W. Pu; Chung-An Wang; Yih-Ming Liu; De-Yu Liu; Po-Chiang Wang; Ming-Der Ger
元智大學	2013-06-27	Controlling the Number of Layers for CVD-Grown Graphene by Varying the Hydrogen Flow Rate	Tai-Liang Liu; Gia-Nan Shi; N.W. Pu; Ming-De Ger; Yih-Ming Liu; Chen-Wei Huang; Po-Yueh Chen

Showing items 26-41 of 41 (1 Page(s) Totally)
1
View [10|25|50] records per page