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Drink Like a Local London: A Field Guide to London’s Best Bars

為了解決You Tube的問題，作者Schrieberg, Felipe 這樣論述：

Discover the hidden gems that embody the spirit of London with this go-to guide to the best signature cocktails in town.Explore the most popular hotspots, tube stops, and drinks that London has to offer. From classy rooftop bars to eccentric, hidden watering holes, take a tour through London’s diver

se cocktail scene with this guide. Discover the unique character of each location and the signature recipes from these venues. You will feel like you’re really there long before you order your first drink. Inside you’ll find: - 50 bar profiles and bartender highlights - Beautifully illustrated page

s that showcase the heart of each location - Background on the bustling history of the London bar scene Never be without a drink with recipes from timeless locations and profiles on some of the best bartenders you’ve never heard of. Bring London’s charm to your home bar anywhere in the world. You’l

l find yourself right at home with Drink Like a Local London.

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以科學玩具設計科學探究教學之行動研究-以「旋轉管的奧秘」及「靜電動力球」為例

為了解決You Tube的問題，作者陳必榮 這樣論述：

本研究目的為利用「科學玩具」設計「科學探究」之教學，以行動研究探討於教學歷程中高中學生之科學探究能力的學習成效，以及教學時教師所遭遇到的困難與解決方法，並探討教師之專業成長。本研究設計「旋轉管的奧秘」與「靜電動力球」兩個科學玩具單元，每個單元設計三節課程，並進行兩階段的教學循環，每階段選取中部某高中一個班級的學生（約36人）為研究對象。研究透過蒐集與分析教學錄影、教學札記、學習單、學習興趣問卷、科學探究能力評量、協同教師教學觀察紀錄檢核表、訪談紀錄等相關資料，獲得以下結論：（1）「科學探究能力」評量結果（總分21分），第一階段教學之後測平均分數為15.81分（前測為15.64分），第二階段教

學之後測平均分數為17.70分（前測為16.79分），兩階段的平均分數皆為後測高於前測，且第二階段達顯著差異（p < .05）；（2）研究者對於探究教學遭遇之困難提出的解決方法包括「給予充足的討論時間並且適時引導各組進行討論」、「隨機抽點學生回答問題、搭配加分獎勵制度以及明訂每項活動進行的時間」與「實驗前說明操作方法並提供更容易操作之器材」等；（3）以科學玩具設計探究教學的歷程中，研究者在「增進教學活動設計能力」、「提升探究教學能力」與「提升教學研究能力」等面向獲得專業成長。本研究最後對「以科學玩具設計科學探究教學」之教學以及未來研究發展提出建議，以提供高中教師及有意從事科學玩具與探究教學之研

究者參考。

Pick Your Head Up, Beautiful

為了解決You Tube的問題，作者 這樣論述：

Pick Your Head Up, Beautiful is an affirmation book for children who are ＂differently abled,＂ to empower, encourage, and reassure them that they can do ANYTHING they set their mind to.Author Shaneika Janae compellingly states: ＂Labels can never define you. Always know that you are beautifully div

erse and equally valued.＂ After just six months old, Author Shaneika Janae learned that her then only child would have challenges that would identify her as ＂differently-abled.＂ Test after test confirmed continual delays in little Khloie’s growth and development. As a result, she was diagnosed with

Optic Nerve Atrophy, Cerebral Palsy, Hypotonia, a seizure disorder, and other diagnoses. In addition to all of this, Khloie was then placed on a feeding tube for meals and medications.On Sunday, November 14th, 2021, Khloie Janae peacefully passed away at home with her mother and younger sister, at j

ust 9 years old.The author states: Pick Your Head Up, Beautiful is inspired by my two daughters, Khloie Janae, nine years old, and Khyla Janae, who was four years old at the time of this publication. As a mother of two young girls - one with various medical diagnosis and labeled as having ＂special n

eeds＂, and the younger who struggled with low self-esteem, it is my responsibility to constantly remind them of how beautiful they are and to reassure them that they can do everything they set their minds to. I pray that this book does that for not just my children, but also parents of differently-a

bled children, and children who are differently-abled.＂

應用田口法優化MoS2/rGO/SS316L 電極之特性探討

為了解決You Tube的問題，作者施淳翔 這樣論述：

二硫化鉬(Molybdenum Disulfide, MoS2)為二維奈米層狀材料，具備良好之電催化性能及耐蝕穩定性，惟其二維結構及層間作用力使其易產生團聚現象，導致活性反應點位降低並抑制電催化活性反應。還原氧化石墨烯(Reduced Graphene Oxide, rGO)具高電子遷移率，且偕同二硫化鉬可提供良好分散作用，有效抑制二硫化鉬之團聚現象產生，冀能進一步優化SS316L電極之電催化及電導性能。高級氧化處理透過電化學機制建構汙廢水處理技術其兼具自保持之機能，於電-芬頓系統中，陰極電極佔有相當重要地位。本研究以電泳沉積法於SS316L電極表面製備氧化石墨烯(Graphene Oxid

e, GO)，後續以脫氧處理完成rGO之製備，再以電沉積法複合二硫化鉬塗層；實驗過程以田口方法進行製程參數調整，期望提升電極電催化性及抗腐蝕性能，進一步提升電-芬頓系統之Rh B染劑降解效能。結果顯示，相較SS316L電極，以電泳沉積電壓 45 V、GO 還原溫度 450 ℃ 及電沉積時間 600 s所製備之MoS2/rGO/SS316L複合電極其電催化性能、電導率及抗腐蝕能性可獲得顯著提升，該電極具最低腐蝕電流0.019 μA/cm2，電極具最低片電阻 4.77 kΩ·sq，同時陰極系統可獲致最高Rh B染劑降解率77.58 %；相較於SS316L電極，陰極系統Rh B降解率提升約1.4倍。

綜上，還原氧化石墨烯複合二硫化鉬可有效改善塗層之均勻性及增加材料穩定性，藉此產生較高之反應活性點促進電催化反應，此結果可提供高級氧化處理電極材料揀選之參考。