Trapped的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列包括價格和評價等資訊懶人包

Table for One: Stories

為了解決Trapped的問題，作者Yun, Ko-Eun 這樣論述：

An office worker who has no one to eat lunch with enrolls in a course that builds confidence about eating alone. A man with a pathological fear of bedbugs offers up his body to save his building from infestation. A time capsule in Seoul is dug up hundreds of years before it was intended to be uneart

hed. A vending machine repairman finds himself trapped in a shrinking motel during a never-ending snowstorm. In these and other indelible short stories, contemporary South Korean author Yun Ko-eun conjures up slightly off-kilter worlds tucked away in the corners of everyday life. Her fiction is burs

ting with images that toe the line between realism and the fantastic. Throughout Table for One, comedy and an element of the surreal are interwoven with the hopelessness and loneliness that pervades the protagonists' decidedly mundane lives. Yun's stories focus on solitary city dwellers, and her ecc

entric, often dreamlike humor highlights their sense of isolation. Mixing quirky and melancholy commentary on densely packed urban life, she calls attention to the toll of rapid industrialization and the displacement of traditional culture. Acquainting the English-speaking audience with one of South

Korea's breakout young writers, Table for One presents a parade of misfortunes that speak to all readers in their unconventional universality. Yun Ko-eun is the award-winning author of three novels and three short story collections. Born in 1980, she lives in Seoul. Lizzie Buehler is a translator

from Korean and an MFA student in literary translation at the University of Iowa.

Trapped進入發燒排行的影片

通過使用流動分離控制改進翼型表面改性的數值模擬以提高氣動性能

為了解決Trapped的問題，作者Andrew Gare Zebua 這樣論述：

One of the most widespread forms of alternative energy generation is the use of wind turbines. Wind turbines that use horizontal axis (HAWT) and wind turbines that use vertical axis(VAWT) are the two primary varieties of wind turbines that are put into operation today. One of the airfoils commonly

used as blades for VAWT is the DU 06 W 200. In order to increase aerodynamic performance and efficiency, it is crucial to control the flow separation and to know the fluid mechanics behavior of an airfoil. This thesis uses four methods to control flow separation on an airfoil: riblets, cavities, spo

ilers, and hybrid airfoils. Fluid mechanics that uses numerical equations has been used throughout the length of this thesis in order to explore and keep track of each unique example. This has been done in order to support the overall argument. Furthermore, the RANS equation K-Omega SST turbulence m

odel was adopted so that the findings would correctly reflect the turbulence flow that happens in the natural world. From the four methods mentioned, ten airfoil variants, including the base airfoil, have been conducted in this study. Even though the maximum CL to CD ratio of the riblets, cavity, an

d spoiler methods is lower than the plain airfoil, at some angles, the CL to CD ratio value is higher than the plain airfoil. After testing ten airfoil variants using five meters per seconds velocities, five of the best airfoil variants were chosen to be tested using different Reynolds numbers. In c

onclusion, it is decided if the hybrid airfoil method, especially hybrid blade airfoil 1, is the best because it could improve aerodynamic performance and delay the stall angle.

Machines Against Measure: How to Escape the Constant Measuring of Work Under Capitalism

為了解決Trapped的問題，作者Sotiropoulou, Irene 這樣論述：

Are we doomed because of the new digital technologies used in workspaces? Can we avoid measuring in our work? Or are we trapped in a metrification dystopia? Can we create workspaces that can produce what we prefer about human effort, and if yes, what technologies could we use? Here, monetary-theo

rist Irene Sotiropoulou explores and critiques the production means that were created for capitalist profit-making, showing how we can subvert these and use them for our own non-capitalist purposes. Machines against Measure shows that in times of capitalist restructuring and multiple social reproduc

tion crises, there open up new possibilities to experiment with quantity, measuring, machines and digital technologies, creating new ways of production and transaction. Within these, are ways of sharing that defy many principles of capitalist production. Using everyday examples from grassroots organ

isations, this offers new insights into how to be inventive with what we have at hand, revealing a more utopian vision of technology and work, based on re-defining how we measure what we do.

非接觸式量測於細胞膜量測通透性研究

為了解決Trapped的問題，作者吳宗霖 這樣論述：

細胞膜對於水的通透性 (Cell-membrane permeability to water) 與細胞膜對於抗凍劑的通透性 (Cell-membrane permeability to cryoprotective agents) 是生物樣本進行最佳化冷凍保存 (Cryopreservation) 的關鍵資訊。此項研究開發了一種微渦流 (Mirco-vortex) 系統，利用微流體 (Microfluidics) 通道的擴展區域在低雷諾數下，被動形成的流體動力 (Hydrodynamic) 將感興趣的細胞捕獲並且維持在渦流中。被捕獲的細胞會保持懸浮狀態 (Suspension)，並隨著局部

渦流的流線移動，因此，細胞被捕獲在該系統中避免了物理接觸 (Physical contact) 的情況發生，進一步支持細胞膜通透性的理論中利用細胞體積的圖形計算球型體積時，將其假設為100% 球形並且求出細胞膜活性表面積。因此，透過高速攝影中的即時細胞辨識系統，細胞膜通透性可以通過影像可視化追蹤單顆細胞並且取得其二維圖形，透過架設瞬態的滲透性梯度 (Osmotic gradient) 在細胞內 (Intracellular) 與細胞外 (Extracellular) 環境，計算響應細胞體積變化。本研究以急性 T 細胞淋巴瘤細胞系 (Jurkat) 為模型，來檢查新採用的微渦流技術，結果表明其數

值略高於現有技術。我們的結果呈現高於使用基於物理接觸的細胞捕獲裝置，顯示基於非接觸式的量測顯著影響細胞膜通透性的活性表面積，提供一個提高對於細胞膜通透性量測準確性的新方法。