ON&OFF的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列特價商品、必買資訊和推薦清單

Dr. Seuss’s Green Eggs and Ham: With 12 Silly Sounds!

為了解決ON&OFF的問題，作者Dr Seuss 這樣論述：

Dr. Seuss’s classic story starring Sam-I-Am is now an interactive board book featuring twelve different sounds! Children will love pressing the buttons to make music and singing or dancing along!Do you like green eggs and ham?So begins this interactive adaptation of Dr. Seuss’s beloved tale about tr

ying new things. As Sam-I-Am tries to persuade the grumpy narrator to try green eggs and ham--in a house, with a mouse, on a train, in the rain . . . everywhere, in every way!--children can spot the Seussian icons on the page, press the matching buttons, and listen to sounds that bring each scenario

to life. From a train whistle and ship horn to the sizzle of a fried egg and the bleat of a goat, the twelve sounds featured complement the text and add a level of interactivity to this classic story, inviting young readers to experience it in a new way. Try them! Try them!And you may.Try them and

you may, I say.The colorful sound module comes with a handy on/off switch, and batteries can be easily replaced. With famously simple vocabulary, hilarious rhymes, and iconic characters, this sound book is the perfect way to introduce a new generation of readers to the imaginative world of Dr. Seuss

! THEODOR SEUSS GEISEL--aka Dr. Seuss--is one of the most beloved children’s book authors of all time. From The Cat in the Hat to Oh, the Places You’ll Go!, his iconic characters, stories, and art style have been a lasting influence on generations of children and adults. The books he wrote and ill

ustrated under the name Dr. Seuss (and others that he wrote but did not illustrate, including some under the pseudonyms Theo. LeSieg and Rosetta Stone) have been translated into thirty languages. Hundreds of millions of copies have found their way into homes and hearts around the world. Dr. Seuss’s

long list of awards includes three Caldecott Honors, the Pulitzer Prize, and eight honorary doctorates. Works based on his original stories have won three Oscars, three Emmys, three Grammys, and a Peabody. To learn more about Dr. Seuss’s life and books--and for fun games and activities--visit Seussv

ille.com!

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少數層二硒化鈀之電性傳輸與熱電性質

為了解決ON&OFF的問題，作者李天任 這樣論述：

尋找高效率的熱電材料是一個重要而有趣的課題，二維 (Two-Dimensional, 2D) 過渡金屬二硫化合物 (Transition Metal Dichalcogenides, TMDC)，因其優越的熱電性能以及未來廣闊的應用前景而受到廣泛關注。其中，二維二硒化鈀 (PdSe2) 因其理論上計算出高熱電性能，吸引了眾多科研工作者的目光。本實驗使用機械剝離法，剝取少數層PdSe2，利用半導體製程技術製作少數層二硒化鈀的場效電晶體與熱電元件，在室溫下研究了二硒化鈀的電性。本實驗中，二硒化鈀為n型半導體材料，電流的開關比 (On/Off Ratio) 約爲104，臨界擺幅 (Subthre

shold Swing, S.S.) 約爲9.52 V/dec，載流子遷移率 (Mobility) 最大為34.7 cm2·V-1·S-1。 另外，在二硒化鈀元件的熱電性能測量上，得到的最大席貝克係數約爲655 µV/K，與理論值十分接近，並觀察到席貝克值與電晶體場效應有關聯性。當閘極偏壓設定在臨界電壓附近時，席貝克係數到達峰值，而當閘極偏壓小於臨界電壓時，通道關閉沒有熱電效應。最後計算了二硒化鈀的熱電功率因子(Power Factor, PF)，通過調節閘極偏壓觀察熱電功率因子隨場效應的變化，並對比相應的材料層數，發現最大熱電功率因子為0.26 mW/m·K2，材料厚度為12層，證明二硒化鈀

是極具潛力的熱電材料。

Wilder: How Rewilding Is Transforming Conservation and Changing the World

為了解決ON&OFF的問題，作者Kerr, Millie 這樣論述：

Millie Kerr is a lawyer-turned-writer, focusing on wildlife conservation. After time in legal practice, Millie decided to instead pursue her passions of storytelling, travel, and wildlife conservation, and for the last ten years, she has worked as a freelance journalist and conservation communicator

. Her creative essays and reported articles have appeared in dozens of American and British publications, including The Economist, the Guardian, National Geographic, New York Times, Popular Science, and Wall Street Journal. Millie has also worked for Panthera and the Wildlife Conservation Society; a

nd has been retained by African Parks, Elephant Family, and Fauna & Flora International as an external consultant. She is a skilled wildlife photographer and has won several awards for her images. A Royal Geographical Society fellow, Millie holds a B.A. in history from Wake Forest University, a J.D.

in law from The University of Texas, and an MPhil in conservation leadership from the University of Cambridge, where she wrote her dissertation on conservation storytelling while collaborating with the Cambridge Conservation Initiative’s arts, science and conservation programme. A native of San Ant

onio, Texas, Millie is based in London, where she has lived on/off since 2001. milliekerr.com

隨機離散摻雜在堆疊式奈米片場效電晶體源極/汲極延伸區的變異性模擬

為了解決ON&OFF的問題，作者陳彥廷 這樣論述：

近年來，針對電子元件的隨機摻雜擾動，無摻雜通道的採用有效地緩解了此一問題。然而，對於立體結構元件的源極/汲極延伸區，其狹窄的橫切面預期了隨機離散摻雜在源極/汲極延伸區仍會造成元件特性的擾動。在此篇論文中，我們探討了隨機離散摻雜在垂直堆疊式奈米片場效電晶體源極/汲極延伸區造成的變異性，其中我們模擬了堆疊式奈米片場效電晶體在不同層數的通道堆疊下產生的直流特性變異。我們發現臨限電壓的變異性會隨著堆疊層數的增加而放大，並且隨著堆疊層數增加，導通電流與關態電流之間的變異特性有著不同的趨勢。我們發現，除了摻雜體數量變化造成的特性擾動，摻雜體的位置與摻雜體不均勻地分佈在各層通道能顯著地改變關態電流的散佈。

同時，摻雜體在源極延伸區與汲極延伸區對關態電流造成的影響也有統計上的不同，因此，藉由個別地摻雜不同濃度在源極延伸區與汲極延伸區，我們預期關態電流的變異性可以由此降低。