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必考!新多益單字217：最強的NEW TOEIC 字根、字首、字尾英文單字記憶組合

為了解決Air Vent的問題，作者楊智民,蘇秦 這樣論述：

　　★格林法則記憶法專家  楊智民 　　★全方位英語大師  蘇秦 　　精挑細選217個單字記憶組合，書本一打開，馬上進行聯想記憶、事半功倍，全方位擴增字彙數量，提高學習效率，以後各種英語考試，再也難不倒你了！ 　　英文單字的字根、字首、字尾，就像一棵樹木的根部，再往上開枝散葉，延伸出許多相關字彙。因此，只要深入瞭解英文字源與構詞原理，就能精準掌握英語學習的根本基礎，用「單字記憶組合」有條有理、事半功倍地一次記住許多單字！ 　　本書由二位名師從新多益NEW TOEIC的必考單字中，依照字源、構詞、意義、功能……，精選歸納出217個最強記憶組合，合計超過1700個非記不可

的單字。 　　學習有系統、應考有方法，大腦就能儲存比想像中還要多更多的資料，突破記憶障礙，臨場不慌不忙，穩當當得高分！ 　　附贈：QR Code雲端音檔+字根樹單字聯想圖，讓你複習事半功倍！ 本書特色 　　★排版設計一目瞭然 　　必考字彙依照主題詞素套色切齊，字根、字首、字尾清楚排列，快速記憶，瞬間提昇字彙量及聯想力！ 　　★英單字源完全解析 　　破解字源由來與構詞脈絡，確實了解「源來如此」的意義，輕鬆聯想、有趣學習，更不容易忘記！ 　　★精選中英對照例句 　　專為多益測驗題材與情境設計的仿真例句與重要補充片語，強化印象、加深記憶，得高分不是問題！

Air Vent進入發燒排行的影片

簡易型溫室自然通風下不同變數對流場影響之模擬研究

為了解決Air Vent的問題，作者簡良諭 這樣論述：

台灣夏季氣候炎熱，經常造成溫室內部溫度過高，導致農作物的生長受到影響，所以溫室內溫度分布對農作物生長的影響攸關重要，對於溫室內的散熱最有效的方式就是使其通風，然而溫室的通風和建築物的形狀和通風口配置及外部氣候等等的條件息息相關。因此本研究利用CFD(Computational Fluid Dynamics)數值模擬軟體，以自然通風條件下，分別對無植物的簡易溫室及有植物的簡易溫室進行模擬分析。首先，無植物的簡易溫室模擬分析中，以市面上涵蓋率最高的簡易溫室作為模型，經由改變不同的迎風面及背風面捲揚開啟高度和入口風速進行數值模擬，並將結果與流量計算公式進行比較，確認模擬的正確性後，再將結果後處理為

可視化圖探討分析。由分析結果得出，入口風速3 ~ 7 m/s之間，不會影響迎風面及背風面捲揚不同開啟高度之間的組合所產生的趨勢，且溫室內平均空氣流速隨著迎風面捲揚開啟高度的增加而減少；而隨著背風面捲揚開啟高度的增加而增加，在本規劃中當迎風面捲揚開啟高度1.6 m及背風面捲揚開啟高度2.4 m時擁有較高的溫室內平均流速，因此為較佳的捲揚開啟方式，而當迎風面捲揚開啟高度2.4 m及背風面捲揚開啟高度0.8 m時擁有較低的溫室內平均流速，因此為較差的捲揚開啟方式。接著，在有植物的簡易溫室模擬分析中，以實地番茄溫室進行實驗，經由量測實際尺寸後，於數值模擬軟體內繪製出模型，再由架設感測器量測實際環境參數

，並將參數帶入模擬軟體做數值計算，其計算後結果與實際測量值進行比較驗證，確認模擬的正確性後，將當地長時間所出現的外部氣候及溫室可人為操控條件和植物生長因素作為研究，以田口法進行設計，並由溫室內的通風量及種植區風速均勻度作為品質特性。由本實驗結果得出，以溫室內的通風量作為特性下，最佳化的條件組合參數為天窗(開)、通風面積(100%)、植株高度(1.5 m)、風向(北北東)、風速(2.0 m/s)，其影響程度的排序為風速、通風面積、天窗、風向、植株高度，而在種植區風速均勻度作為特性下，最佳化的條件組合參數為天窗(關)、通風面積(50%)、植株高度(1.0 m)、風向(南南東)、風速(0.5 m/s

)，其影響程度的排序為風速、植株高度、風向、通風面積、天窗；最後，以通風量最佳化的參數組合下，探討番茄在不同孔隙率及不同種植物(甜椒與番茄)的孔隙率的差異，由分析結果得知，不同種植物的孔隙度對於溫室的通風量及種植區風速均勻度的影響甚微。

Zao Wou-Ki 1935–2010

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為了解決Air Vent的問題，作者Wou-ki, Zao (ART)/ De Villepin, Victoire/ Hendgen, Yann (EDT)/ M 這樣論述：

Prepared in cooperation with the artist's estate, Zao Wou-Ki: 1935-2010 features more than three hundred works and is the most complete monograph available on the artist.Born in Beijing, raised in Shanghai, Zao Wou-Ki (1920-2013) rose to prominence in his adopted France, and was one of the world's m

ost celebrated artists at the time of his death. Trained in both Western and Chinese painting, Zao's work bridged both. He became a master when he transcended both vocabularies. "I wanted to paint differently," Zao Wou-Ki wrote about leaving China in 1948, and shortly after he landed in Paris, his w

ork took on Western influences: a nude and a portrait of his wife, both 1949, recall Matisse in their subjects, loose style, and use of pattern. In 1951, Zao saw Paul Klee and began creating city scenes and landscapes with a similarly inky, slightly fantastical hand. The Western artists, he said, le

d him back to China, a statement evidenced in the ideograms and Shang dynasty motifs in his 1956 Stèle pour un ami (Stela for a friend). As Zao moved beyond the West for inspiration, he gradually moved beyond China, too. In doing so, he found his own style. His first abstract painting, Vent (Wind),

from 1954, features invented signs and evokes the movement of air without directly representing it. His work continued to evolve, with his experimentation with india ink; his exploration of enormous, multi-panel paintings; his use of bright colors that recall J.M.W. Turner or Franz Kline. His creat

ive maturity lasted for more than half a century, expressed in pictures that marry the lyricism of classical Chinese painting and the expressive force of European modernism, and yet are entirely individual. Prepared in cooperation with the artist's estate, Zao Wou-Ki: 1935-2010 features more than th

ree hundred works and is the most complete monograph available on the artist. It highlights his great abstract oil paintings, while also giving due attention to the other facets of his oeuvre, including his student work, his first Matisse- and Klee-influenced canvases, his lithographs and travel not

ebooks, and his work in watercolors and brush painting. In addition to a penetrating essay by prominent statesman, intellectual, and friend of the artist Dominique de Villepin, the book includes detailed notes on key works, a selective bibliography, a critical anthology, and an illustrated chronolog

y of Zao's life.

三元系 NCA 柱狀鋰電池芯燃爆過程之滅火氣體阻燃成效探討

為了解決Air Vent的問題，作者蕭家新 這樣論述：

因應氣候變遷與永續發展之趨勢，再生能源 (如太陽能、風力等) 正迅速成長並逐步替代石化燃料於能源供應之應用，但其因季節或天候影響造成能源輸出不穩定，因此透過大型鋰離子電池 (lithium-ion battery, LIB) 之儲能系統整合於電網系統則是最為關鍵的一環。此外，因應能源的發展與革新，電動車、飛行器與水下設備對鋰離子電池的需求也日益增加，但隨著 LIB 應用的普及使其安全疑慮也日益顯現，如過熱、過度充放電、穿刺或撞擊等因素都可能導致 LIB 之失效與誘發熱失控 (Thermal runaway)，一旦電池發生熱失控進而導致燃爆風險，將嚴重危害使用者安全並造成應用產品之危害

衝擊。 探討 LIB 遭遇熱失控之狀況下引發火災時應建立之阻燃系統評估是儲能系統的一大重要議題，相較於水、泡沫或乾粉等傳統型滅火劑易造成精密設備的損壞，使用阻燃氣體是對於 LIB 燃燒時需要思考的選項。因此，本研究旨在探討在高能量密度之 18650 三元系鎳鈷鋁 (NCA) 鋰離子電池於飽電狀態時藉由改良之緊急排放處理儀 (Vent sizing package 2, VSP2) 絕熱卡計測試 NCA LIB 發生燃爆時於貧氧真空 (–10 psig)、二氧化碳 (CO2) 與一般空氣 (Atmosphere) 之熱失控差異，並參照美國消防協會建議之滅火潔淨氣體，篩選氮氣 (N2)、氬氣

(Ar)、IG-55、IG-541 與環保海龍 (FM-200；HFC-227ea) 來比較其滅火成效。藉由絕熱失控上昇之最高溫度 (Tmax)、絕熱溫昇 (∆Tad)、昇溫速率 (dT/dt)、昇壓速率 (dP/dt) 等實驗數據建立 NCA LIB 燃爆模式 (Fire-explosion model) 之阻燃抑制效益。實驗結果發現惰性阻燃氣體對於NCA 鋰電池之燃爆反應抑制之成效較差，而適用於 LIB 之阻燃氣體建議為具抑制自由基連鎖反應之環保海龍滅火劑與貧氧真空條件。