| 451 |
74-1
|
研究獎勵
|
有機液體中複數汽泡之消滅
|
| 452 |
99-1
|
研究獎勵
|
Strain analysis of vapor chamber heat Spreaders
|
| 453 |
86-1
|
研究獎勵
|
微型熱交換器之設計製造與測試。
|
| 454 |
98-1
|
研究獎勵
|
Experimental investigation of nanofluids on sintered heat pipe thermal performance
|
| 455 |
87-1
|
研究獎勵
|
Surface roughness of (110) orientation silicon based micro heat exchanger channel
|
| 456 |
92-1
|
研究獎勵
|
輻射狀流道微熱管之製造與測試
|
| 457 |
97-1
|
研究獎勵
|
Fabrication and investigation of PDMS micro-diffuser/nozzle
|
| 458 |
96-1
|
研究獎勵
|
Analysis of effectiveness and pressure drop in micro cross-flow heat exchanger
|
| 459 |
97-1
|
研究獎勵
|
Effect of silver nano-fluid on pulsating heat pipe thermal performance
|
| 460 |
94-1
|
研究獎勵
|
The Manufacture and Test of (110) Orientated Silicon Based Micro Heat Exchanger
|
| 461 |
98-1
|
研究獎勵
|
Fabrication of polydimethylsiloxane (PDMS) pulsating heat pipe
|
| 462 |
96-1
|
研究獎勵
|
Micro Fuse Fabrication and Testing
|
| 463 |
91-1
|
研究獎勵
|
星形與菱形流道微熱館之研製
|
| 464 |
75-1
|
研究獎勵
|
有機液體中複數汽泡之消滅
|
| 465 |
95-1
|
研究獎勵
|
Performance Testing of Micro Loop Heat Pipes
|
| 466 |
95-1
|
研究獎勵
|
Brazing diffusion bonding of micro-nikel cylinders and SUS-316 stainless steel
|
| 467 |
99-1
|
研究獎勵
|
Protective effects of myricetin against ultraviolet-B-induced damage in human keratinocytes
|
| 468 |
83-1
|
研究獎勵
|
Micro heat exchangers fabricated by diamond machining
|
| 469 |
89-1
|
研究獎勵
|
Improvement of thickness uniformity in nickel electroforming for the LIGA process
|
| 470 |
96-1
|
研究獎勵
|
A comparison between Triangular Grooves, Star Grooves and Rhombus Grooves in Micro Heat Pipe Manufacture
|
| 471 |
96-1
|
研究獎勵
|
Experimental investigation of silver nano-fluid on heat pipe thermal performance
|
| 472 |
82-1
|
研究獎勵
|
Micro Cross-Flow Heat Exchanger
|
| 473 |
99-1
|
研究獎勵
|
Fabrication of microneedles
|
| 474 |
92-1
|
研究獎勵
|
三維高分子微文氏管製造技術
|
| 475 |
93-1
|
研究獎勵
|
Metallic micro heat pipe heat spreader fabrication
|
| 476 |
95-1
|
研究獎勵
|
Fanno-Line Flow in Microtubes
|
| 477 |
94-1
|
研究獎勵
|
Fabrication of SU-8 embedded microchannels with circular cross-section
|
| 478 |
95-1
|
研究獎勵
|
Manufacturing of Film-Type Heat pipe
|
| 479 |
95-1
|
研究獎勵
|
Axial Heat Conduction Model to Predict Maximum Heat Remove of Miniature Heat Pipe Based on Grey Model Theory
|
| 480 |
95-1
|
研究獎勵
|
Experimental Investigation of Fluid Flow and Heat Transfer in Microchannels
|
GoogleAnalytics