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Force of a Cyclone: The Battle of Stones River, December 31, 1862-January 2, 1863

為了解決Bent的問題，作者Davis, Caroline Ann 這樣論述：

All of middle Tennessee held its breath when the new year dawned in 1863.On the previous day, December 31--the last day of 1862--just outside Murfreesboro along Stones River, the Confederate Army of Tennessee had launched a morning attack that nearly bent the Federal Army of the Cumberland back u

pon itself.The two armies, nearly equal in size, had prepared identical attack plans, but the Confederates had struck first. Fighting throughout the day, amid the rocky outcroppings and cedar groves, proved desperate. Federals managed to hold on until dark, but as the last hours of the old year slip

ped away, the Army of the Cumberland faced possible annihilation.The armies rang in the New Year to the sounds of suffering on the battlefield, although the armies themselves remained largely still.Meanwhile, hundreds of miles to the east, President Lincoln signed the Emancipation Proclamation. He n

eeded battlefield victories to bolster its authority, but thus far, those victories had eluded him. The stakes for the Army of the Cumberland, in the wake of other Federal failures were enormous.But the fighting along Stones River was not over. On January 2, Confederates launched another massive ass

ault.In Force of a Cyclone: The Battle of Stones River, December 31, 1862-January 2, 1863, authors Caroline Davis and Bert Dunkerly explore a significant turning point of the Civil War--a battle that had the highest percentage of casualties on both sides. Lincoln himself often looked back on that fr

agile New Year’s Day and all that was at stake. ＂I can never forget whilst I remember anything,＂ he told Federal commander Maj. Gen. William S. Rosecrans, ＂that about the end of last year and the beginning of this, you gave us a hard-earned victory, which, had there been a defeat instead the nation

could scarcely have lived over.＂

Bent進入發燒排行的影片

光敏電阻結合光纖之傳感器在結構與土木工程的應用

為了解決Bent的問題，作者龔慕萱 這樣論述：

近年來，隨著各種結構物的增加，土木研究方向逐漸由新建結構物轉變為對舊有結構物的加固與監測，也因此結構健康監測(Structural Health Monitoring, SHM)開始受到重視，各種不同的傳感器也開始受到研究。其中光纖作為傳感器擁有體積小、傳輸速度快、監控範圍大、傳輸距離遠、抗腐蝕與抵抗電磁干擾等優勢，並且在測量應變、應力、溫度與各種結構物之物理變化皆有高敏感度與準確性，所以被廣泛應用於各種結構檢測之中。也因光纖傳感器擁有強大的測量效果，能搭配光纖傳感器的測量工具也大量被研究。本研究選用光敏電阻結合光纖作為一低成本的光纖傳感器，直接測量通過光纖之光強度變化，並使用樹莓派(Ras

pberry Pi)作為此光敏電阻傳感器之接收端。實驗方面從水質濁度監測試驗、光纖彎曲監測試驗以及震動試驗來判斷光敏電阻作為傳感器的精確度與可行性，同時進行結果分析判斷未來改善之方向。試驗結果顯示，此光敏電阻傳感器在光纖彎曲時或是進入光纖之光強度改變時可以有效並準確測量出光訊號的差異，然而在光強度高頻率改變的測量環境下，可能因為光敏電阻的時延性導致精確度下降，因此此傳感器可能較不適合使用於高頻率環境之測量。

They Set the Fire: The Teddies Saga, Book 3

為了解決Bent的問題，作者Kraus, Daniel 這樣論述：

At once darkly suspenseful and heartfelt, this trilogy finale of New York Times-bestselling author Daniel Kraus’s action-packed The Teddies Saga is perfect for fans of Victoria Schwab, Katherine Arden, and Holly Black.After searching so long for a place to call home, the daring teddies-clever Buddy,

shrewd Sunny, fearless Nothing, and wise Reginald-find few answers at the place where they were created, Furrington Industries. But with a new friend--a teddy of legend!--the teddies head back into the dangerous world to seek the secrets of their creation. Soon the teddies find themselves surrounde

d by people who hated them, and discover that the founder of Furrington Industries, known as the Suit, is on trial for an unknown crime. Left reeling but determined, Buddy leads his friends-those that survive-through the protestors that line the streets outside and into the bowels of the courthouse

. . . where they’ll find out the true, incendiary reason the teddies were thrown away. Daniel Kraus is the author of numerous novels, including Rotters, The Death and Life of Zebulon Finch duology, Bent Heavens, and They Threw Us Away. With Guillermo del Toro, he wrote the New York Times-bestselli

ng The Shape of Water and Trollhunters (the inspiration for the Netflix series). His novels have been Odyssey Award winners, Library Guild selections, YALSA Best Fiction for Young Adults picks, Parent’s Choice Gold Award winners, Bram Stoker finalists, and more. He lives with his wife in Chicago.dan

ielkraus.com

基於曲電與介電效應之三穩態切換負型膽固醇液晶元件的光電響應

為了解決Bent的問題，作者陳冠然 這樣論述：

本研究於負型液晶DV10001中添加右旋手性分子R5011形成負型膽固醇液晶，接著經由摻雜不同配比濃度之彎曲型液晶分子CB7CB使配製完成之液晶材料具有不同程度的曲電特性，筆者藉此探討負型膽固醇液晶在摻雜彎曲型液晶分子後於不同電場條件下的紋理形成種類以及其光電響應。實驗結果分析中，對於形成紋理之介電頻譜進行首要之探討，透過均勻橫向螺紋態（ULH）紋理於介電實部之曲電鬆弛訊號判斷此材料之曲電特性，接著將其鬆弛強度90%與10%所對應於介電頻譜上之頻率點進行紋理切換頻率區間的劃分，並作為此研究之三穩態紋理切換中操作頻率區間的依據。當操作頻率f < fL，液晶分子因強烈的電流體效應及曲電強度而得以

形成ULH態；在頻率fL < f < fH區間中，曲電特性隨著頻率的增加逐漸變小，漸漸的由介電效應主導，此時液晶分子於電場驅動下形成焦錐態（FC）；當頻率f > fH，此時曲電效應幾乎完全消失，液晶分子受介電效應主導而形成平面態（P）。筆者藉由本研究提供了讀者一套於負型膽固醇液晶達成三穩態紋理切換的分析方法，並透過介電頻譜與光電特性量測詳細地說明其紋理背後的形成機制與應用。