670 |
80-2
|
學位論文
|
3-D convective thermal model with simplified blood vessels
|
671 |
95-2
|
教學計畫表
|
天-生命學門:科學的本質 TGURC1S0349 0A
|
672 |
95-2
|
教學計畫表
|
資通二:網路程式設計 TVCXC2E1827 0A
|
673 |
95-2
|
教學計畫表
|
資通一:資訊概論II TVCXC1H0010 0A
|
674 |
95-2
|
教學計畫表
|
語言一:資訊概論II THCXC1H0010 0A
|
675 |
95-2
|
外語授課紀錄
|
資軟二:數值分析 TVSXC2E0767 0A
|
676 |
95-2
|
外語授課紀錄
|
資通二:網路程式設計 TVCXC2E1827 0A
|
677 |
95-2
|
外語授課紀錄
|
天-生命學門:科學的本質 TGURC1S0349 0A
|
678 |
95-2
|
外語授課紀錄
|
資軟二:系統分析與設計 TVSXC2M0171 0A
|
679 |
95-2
|
教學計畫表
|
資軟二:系統分析與設計 TVSXC2M0171 0A
|
680 |
95-2
|
教學計畫表
|
資通一:程式設計 TVCXC1E0594 0A
|
681 |
95-1
|
教學計畫表
|
資軟二:離散數學 TVSXC2S0487 0A
|
682 |
95-1
|
教學計畫表
|
資通二:UNIX作業系統 TVCXC2E2687 0A
|
683 |
95-1
|
教學計畫表
|
資軟一:微積分 TVSXC1S0325 0A
|
684 |
95-1
|
教學計畫表
|
資軟二:語言結構 TVSXC2E0747 0A
|
685 |
95-1
|
教學計畫表
|
語言一:資訊概論I THCXC1H0009 0A
|
686 |
95-1
|
外語授課紀錄
|
資軟二:語言結構 TVSXC2E0747 0A
|
687 |
95-1
|
外語授課紀錄
|
資通二:UNIX作業系統 TVCXC2E2687 0A
|
688 |
95-1
|
外語授課紀錄
|
資軟二:離散數學 TVSXC2S0487 0A
|
689 |
95-1
|
外語授課紀錄
|
資軟一:微積分 TVSXC1S0325 0A
|
661 |
82-2
|
學術演講
|
MICROGRAVITY MATERIALS SCIENCE CONFERENCE research progress report on directional solification(DS)
|
662 |
80-2
|
學術演講
|
6th International Congress on Hyperthermia Oncology (ICHO) the role of branching blood vessels in heat transfer of tissue
|
663 |
79-1
|
學術演講
|
University Medical Center (UMC), weekly seminar,(UMC),University of Arizona the bio-heat transfer with a single blood vessel
|
664 |
91-1
|
學術演講
|
department of Electro-Mechanical Engineering in TamKang University. research method
|
665 |
91-2
|
學術演講
|
department of biomedical engineering in Chung Yuan Christian University A Counter Current Vascular Network Model of Heat Transfer in Tissues
|
666 |
92-1
|
學術演講
|
applied math. department in Feng-Chia University Numerical Simulation of Directional Solidification
|
667 |
85-1
|
學位論文
|
Numerical Simulation of Directional Solidification of Binary Alloys with High Thermal Gradients
|
668 |
80-2
|
學位論文
|
3-D convective thermal model with simplified blood vessels
|
669 |
85-1
|
學位論文
|
Numerical Simulation of Directional Solidification of Binary Alloys with High Thermal Gradients
|