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1
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微循環結構對主動脈共振波之影響
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Department of Physics
/80/ Master
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Author:
Zhang, Chao-Qun
Advisor:
Lin, Yuh-Ying
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一、緒論
二、理論模式
2-1: Narior - Stokes 方程式
2-2: Womersley 方程式
2-3: 類比電路
2-4: 共振理論
...
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Clicks: 186
Downloads: 0
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2
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The reserch on natural frequencies of aorta
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Department of Physics
/84/ Master
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Author:
Lai, Wen-che
Advisor:
Lin, Yuh-Ying
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本研究以「徑向振動理論」為基礎,測量單純主管在不同條件下,壓力
波的傳播,找出其天然頻率與其物理性質b(阻尼相關係數),並分析在
不同位置所測得之結果與各諧波之關係。本實驗以注射針筒對長直管系統...
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Clicks: 304
Downloads: 0
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3
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分支叉管對血液壓力波的影響與中藥活性之研究
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Department of Physics
/78/ Master
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Author:
WU,YUE-E
Advisor:
Lin, Yuh-Ying
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本文利用流體力學的觀點,設計簡單的物理模式(利用幫浦作為波動來源以模擬心臟
,以塑膠管模擬血管,而以具有低頻共振特性的氣球模擬人體臟器),並佐以動物實
驗,探討血液在人體各臟器的分配原理,以...
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Clicks: 277
Downloads: 0
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4
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Simulation and Research of the Pressure Wave Propagation in
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Department of Physics
/82/ Master
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Author:
Jong-Cherng Chern
Advisor:
Lin, Yuh-Ying
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本研究以徑向振動理論的數學分析模式為基礎,以動脈模擬血管測量血壓
波前進的速度、動脈血管本身長度的偶合作用、以及應應於器官與鄰近動
脈偶合的分析模式。並且證實了在共振頻率時血管有最大的波速,而愈...
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Clicks: 406
Downloads: 0
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5
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Study of the functions of the coupling between vascular trees
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Department of Physics
/82/ Master
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Author:
Lo, Kuen-che
Advisor:
Lin, Yuh-Ying
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本研究以共振理論的數學分析模式為基礎,以流管模擬實驗了解共振對血
壓波振幅和血管樹叢末梢滲漏量之影響。本實驗證實了共振理論的數學分
析模式的正確性,器官偶合共振對動脈血壓波的頻率選擇性,並且證實...
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Clicks: 246
Downloads: 0
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6
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分支動脈叢對主管動脈血流波之影響
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Department of Physics
/78/ Master
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Author:
ZHANG,SONG-LUN
Advisor:
Lin, Yuh-Ying
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在生理現象中,血液壓力波流過主動脈,由上行動脈至末端動脈,血液壓力波逐漸增
加。而一般血液傳輸理論無法解釋此現象。因此本文傾向於採用共振理論模式解釋,
認為分支動脈叢對主動脈血管具共振偶合效...
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Clicks: 143
Downloads: 0
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7
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The study of the correlation between geometric structures of the circulatory system and distributions of the blood pressure wave
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Department of Physics
/98/ Master
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Author:
Chen,Jiang Ming
Advisor:
Lin, Yuh-Ying
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The blood pressure wave of different structures of ventricular-arterial system was studied theore...
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Clicks: 273
Downloads: 7
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8
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The effect of periodic forces on blood pressure wave by tube simulation sutudy
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Department of Physics
/95/ Master
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Author:
Hsing-Hui Liu
Advisor:
Lin, Yuh-Ying
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本文以「徑向振動理論」的理論模式為基礎,利用模擬生理狀況的儀器做實驗,其主要探討的部份為外力對人體血管循環系統有何影響,進而了解徑向振動方程式各個參數代表的物理意義及是否與實驗相符合,也期望可以...
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Clicks: 291
Downloads: 8
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9
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主動脈軸向張力對血循環系統的重要性
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Department of Physics
/93/ Master
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Author:
Yu-Hua Chen
Advisor:
Lin, Yuh-Ying
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摘要
本研究以「徑向共振理論」為基礎,將生理上造成血管伸長的主動脈軸向張力,利用彈性管拉長來進行模擬研究。測量不同張力管子的波速、不同材質加張力的管子相接,其探討天然頻、並研究張力變化跟管子橫...
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Clicks: 571
Downloads: 12
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10
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循環系統結構對壓力波傳輸之影響
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Department of Physics
/93/ Master
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Author:
Da-Jing Guo
Advisor:
Lin, Yuh-Ying
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摘 要
本研究以「徑向振動理論」的數學模式為基礎,以流管模擬實驗了解心臟位置與主動脈弓對血壓波的影響;以及舒張壓與管壁特性的關係。
本實驗以電磁鐵台座輸出脈衝波模擬心臟輸出,以乳膠管(L...
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Clicks: 249
Downloads: 10
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