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Home Food: Recipes to Comfort and Connect

為了解決ok的問題，作者Hercules, Olia 這樣論述：

Acclaimed chef and food writer Olia Hercules shares 100 comforting recipes that can unite us no matter where we are from and where we end up.In her most personal book yet, Olia Hercules distills a lifetime of kitchen curiosity into her 100 most loved recipes. She draws on her broad influences: her c

hildhood in Eastern Europe; her years in Cyprus and Italy; her simple, plant-centric family meals at home in London; and the special festive recipes she has gleaned along the way. All these seemingly diverse recipes are centered in comfort and connection. These are recipes that have been hand writte

n, handed down, and shared among friends: ＂They are nostalgic like the potatoes of my childhood, they share trade secrets like Bisque-style red mullet pasta, they interweave every day like Joe’s beet, feta, and potatoes, and they make everything ok like Life-giving rhubarb cake. The foods we choose

to cook time and again are part of what makes us, and when we share those recipes, we give a little of ourselves.＂ In this book Olia gives us her food story through her very favorite recipes.

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使用模糊群集決策樹於模鑄型變壓器的異常檢測

為了解決ok的問題，作者李琦勝 這樣論述：

模鑄型變壓器的故障不僅會降低電力系統的可靠性，而且對電能質量也有很大影響。高壓電氣設備的環氧樹脂絕緣子中發生的局部放電（Partial Discharges, PD）會對絕緣產生有害影響逐步侵蝕絕緣介質，並可能導致電力系統停電。 PD的模式識別是提高高壓電氣設備可靠性的一個工具。在本篇論文中，提出了一種模糊邏輯聚類決策樹(Fuzzy Clustering Decision Tree, FCDT)來判斷模鑄型變壓器異常的局部放電缺陷。FCDT將層次聚類與決策樹整合在一起。層次聚類是使用最接近的樣本群集，一層一層擴大，再決定要分割成多少群組，是使用決策樹進行分類的預處理階段。本文提出的算法能夠採

用FCDT對模鑄型變壓器的異常 PD 進行分類，並將整個數據集依層次聚類劃分為一些分割屬性，並通過決策樹對每個分割屬性的模式進行分類，最終FCDT的分類結果與See5和CART進行分析比較，在分類準確度上FCDT的表現比CART和See5佳。

Gen Z, Explained: The Art of Living in a Digital Age

為了解決ok的問題，作者Katz, Roberta,Ogilvie, Sarah,Shaw, Jane 這樣論述：

An optimistic and nuanced portrait of a generation that has much to teach us about how to live and collaborate in our digital world. Born since the mid-1990s, members of Generation Z comprise the first generation never to know the world without the internet, and the most diverse generation yet. A

s Gen Z starts to emerge into adulthood and enter the workforce, what do we really know about them? And what can we learn from them? Gen Z, Explained is the authoritative portrait of this significant generation. It draws on extensive interviews that display this generation’s candor, surveys that exp

lore their views and attitudes, and a vast database of their astonishingly inventive lexicon to build a comprehensive picture of their values, daily lives, and outlook. Gen Z emerges here as an extraordinarily thoughtful, promising, and perceptive generation that is sounding a warning to their elder

s about the world around them--a warning of a complexity and depth the ＂OK Boomer＂ phenomenon can only suggest. ​ Much of the existing literature about Gen Z has been highly judgmental. In contrast, this book provides a deep and nuanced understanding of a generation facing a future of enormous cha

llenges, from climate change to civil unrest. What’s more, they are facing this future head-on, relying on themselves and their peers to work collaboratively to solve these problems. As Gen Z, Explained shows, this group of young people is as compassionate and imaginative as any that has come before

, and understanding the way they tackle problems may enable us to envision new kinds of solutions. This portrait of Gen Z is ultimately an optimistic one, suggesting they have something to teach all of us about how to live and thrive in this digital world.

生物炭和植物生長促進根圈細菌對污染土壤中鎘移動性與植物吸收之影響

為了解決ok的問題，作者洪振愷 這樣論述：

近年來隨著工業發展產生不少環境污染問題，其中土壤重金屬污染問題增加，也提高對人體危害風險發生之可能。添加生物炭與植物生長促進根圈細菌（plant-growth-promoting rhizobacteria簡稱PGPR）作為重要的土壤改良劑，利用PGPR之特性與生物炭相互作用增強土壤修復過程，對重金屬污染土壤復育應用具有極大潛力。本研究探討聯合施用生物炭與耐重金屬PGPR對受鎘污染之農田土壤中植物有效性鎘含量與吸收之影響。主要成果分述如下:1.利用熱裂解技術將菱角殼、稻殼和雜木等農業廢棄物轉化成良好生物炭，生物炭之pH值（1:5，生物炭/水）均為鹼性，約為8.35~10.75，其中以菱殼炭之

pH值與EC值較高，約為0.98~5.02 mS/cm，生物炭EC值因質材不同而有所不同。生物炭之孔隙性、比表面積與元素組成不盡相同，以雜木炭的比表面積（173 m^2/g）為最高。2.收集台南地區4處鎘污染土壤的9個植物根圈土壤樣品，篩選出53株耐受20 mg/L鎘之菌株，其中41株菌株具有固氮能力；34株菌株具有溶磷能力；其中13株菌株同時具有固氮、溶磷與IAA產生能力。3.挑選出5株具有4項以上植物促進功能的菌株並完成菌種鑑定；耐鎘菌TA794-9之溶磷能力最佳，培養50小時（菌數達10^8 CFU/mL），即可產生132.9 mg/L的水溶性磷酸鹽；各菌株之IAA產生量介於4.0~29

.9 mg/L，以耐鎘菌TA751-8分泌IAA的能力為最佳。4.在不同稀釋倍率下，TA751-4與TA751-6菌株胞外分泌物有較佳之促進萵苣胚根與胚莖生長作用。5.芥菜盆栽試驗中，施用生物炭對於土壤pH值、EC值與有機質含量有顯著提升作用，單獨接種TA751-6對植體鮮重、乾重與降低植物吸收鎘有顯著效應;施用雜木炭與稻殼炭對植體鮮重、乾重與降低植物吸收鎘有顯著效應;耐鎘菌TA751-6配合生物炭之共同施用時，對提升植物生長與降低植體吸收重金屬之功效較為顯著。