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A Pool of Peony

為了解決Thickened的問題，作者Barrison, E. S. Barrison 這樣論述：

The mist has thickened with a vendetta. A bounty has been offered for answers.And no one’s story is safe.It’s been six months since the Storm of Nightmares and Bria has not gone home. With wanted signs plastered throughout Rosada, she has been stuck chasing the so-called Story Collector throughou

t the Independent City of Mert. Yet, when a break-in occurs in Todd Dray’s shop, it unleashes a chain of events that sends the city into disarray.With his mind tormented by demons and flashes of his past catching up with him, Brent has been navigating Mert as a half version of himself. When a masked

figure offers to help, he accepts, unknowingly stepping into a conflict that has riddled the world for centuries.The City of Mert has become a target for both the Order of the Effluvium and the Council of Mist Keepers. With fear mounting, Bria, with the help of a mysterious, red-eyed woman, a palav

er of immortals, and a silver pool, must decide what part she plays in this oncoming storm.Can she find the Story Collector before it’s too late? Content Warnings: This book is rated 16+ for mentions of death, violence/sexual assault, adult language, alcohol use, and psychological abuse/trauma.

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超音波水解生物污泥機制探討

為了解決Thickened的問題，作者游博丞 這樣論述：

隨著都市發展，污水廠建設快速成長，但廢棄活性污泥(Waste Activated Sludge , WAS)為都市污水處理之必然產物，其處理及廢棄成本佔污廢水處理成本的60%，且清除成本隨衛生掩埋處理容積減少，有日益高漲之勢。而污泥水解技術不僅可加強污泥減量，改善脫水性，且可回收可用資源，並提升廢水處理單元性能。污泥水解主要透過破壞污泥絮凝物及細胞，使胞內有機物及營養物質由固相轉往液相，其中又以有機物增溶受人關注，這對於需添加碳源之脫氮程序無疑是一值得評估之選項。 利用DNA、磷酸、SCOD等重要水質參數檢測，建置超音波三階段崩解污泥細胞之時間序列。超音波水解生物污泥依比能量輸入可分為

三個階段，0 - 25.2 kWs/g TS為絮凝物剝離，25.2 – 36 kWs/g TS為細胞壁破壞，36 kWs/g TS後為細胞分解，而有超過50%的蛋白質、75%的多糖及70%的SCOD位於細胞壁破壞階段後才釋出，表示細胞大部分的有機物質蘊藏在細胞內。 本研究以絮凝物剝離及細胞分解階段水解產物作為碳源進行脫硝，其最佳C/N比分別為3及6，比脫硝速率分別為1.17、1.57 mg N /g VSS‧hr，且細胞分解階段產物在脫硝潛力及異營缺氧增殖率較絮凝物剝離階段產物更佳，其主要因素為細胞分解階段產物其蛋白質含量比例較高，蛋白質為微生物最優先利用之有機物質。另外利用細胞分解階段

產物進行脫硝雖在高碳氮比下具有較高的脫硝速率，但放流水的SCOD在C/N大於4時，其殘留濃度須被考慮，且須防範來自蛋白質被微生物降解所造成的氨氮二次污染問題。

Good Sugar, Bad Sugar: How to Power Your Body and Brain with Healthy Energy

為了解決Thickened的問題，作者Vasey, Christopher 這樣論述：

A guide to replacing bad sugars in your diet with good sugars for physical, emotional, and mental healing and more energy - Explains how to easily replace bad sugars, including white sugar and artificial sweeteners, with good sugars, such as those in fruit, honey, and whole grains - Explores the dif

ference between fast sugars and slow sugars and the regulating role of proteins to slow down the body's use of sugar - Reveals the harmful effects of bad sugars, including hypoglycemia, diabetes, obesity, cavities, thickened blood, acid-alkaline imbalances, hyperactivity of glands, mood swings, phob

ias, depression, and delusional states One of the most valuable nutritive substances we can consume, sugar supplies the essential energy the body and brain need to function. But there are good and bad, healthful and harmful forms of sugar. Good sugars are those found naturally occurring in foods suc

h as fruits, honey, maple syrup, and whole grains. These unrefined sugars not only provide energy but also trace elements, minerals, and vitamins--nutrients crucial to helping the body process sugar. Bad sugars are those that are man-made or refined, such as white sugar, white flour, and artificial

sweeteners. Pervasive in the modern diet, bad sugars are difficult for the body to metabolize and lead to a host of health issues, including tooth decay, type 2 diabetes, brain fog, mood swings, and weight gain. In this practical guide, Christopher Vasey, N.D., explains how to successfully replace b

ad sugars with good sugars as well as how to reduce sugar cravings and break your sugar addiction. He reveals how refined sugars not only cause well-known, sugar-related health issues such as obesity but also lead to acid-alkaline imbalances, hyperactivity of glands and organs, chronic fatigue, nutr

ient deficiencies, thickened blood, and mental disorders such as fits of rage, phobias, depression, and confused states akin to dementia--conditions uncommon before white sugar was introduced into the world's food supply more than 200 years ago. Vasey describes how sugar, in the form of glucose, wor

ks in the body and explores the difference between "fast" sugars and "slow" sugars, emphasizing the importance of slow sugars for ensuring a constant energy level all day long. He looks at the glycemic index with regard to good and bad, fast and slow sugars and the regulating role of proteins to slo

w down the body's use of sugar. He explains how dehydration and imbalance in the body's pH level can trigger bad-sugar dependency and provides steps to correct both issues. Offering a path out of sugar addiction and easy steps to power your brain and body with healthy energy, Vasey gives you with th

e tools to take ownership of your own health. Christopher Vasey, N.D., is a naturopath specializing in detoxification and rejuvenation. He is the author of several books, including The Acid-Alkaline Diet for Optimum Health, Natural Remedies for Inflammation, Liver Detox, and Natural Antibiotics an

d Antivirals. He lives near Montreux, Switzerland.

吞嚥困難護理方案對急性腦中風病人之成效

為了解決Thickened的問題，作者卓靖雯 這樣論述：

背景：急性腦中風患者約有28~48.5%有吞嚥困難現象；吞嚥困難可能會出現吸入性肺炎、營養不良、脫水、影響預後、延長住院天數與增加死亡率。目前臨床多仰賴語言治療師介入吞嚥困難評估與照護，但最常接觸病人之護理人員缺乏完整性吞嚥困難評估及處置，故要發展一個系統性的評估與照護方案。目的：吞嚥困難照護方案對急性中風病人肺炎發生率、鼻胃管放置率、進食方式、住院天數、自我效能之影響。方法：設計：實驗性研究設計(實驗組：吞嚥困難照護方案、對照組：病房常規照護)。地點：中部某醫學中心神經內科病房。對象：急性缺血性腦中風患者。預估收案人數：130位。研究工具：基本資料、喉嚨發聲吞嚥篩檢量表(The Guggi

ng Swallowing Screen, GUSS)、吞水測試(Water swallow test, WST)、吞嚥困難照護方案。工具信效度：測試者內一致性信度。成果指標：肺炎發生率、鼻胃管放置率、進食方式、住院天數、主觀吞嚥感受。統計分析方法：以獨立樣本t-檢定、成對樣本t檢定及卡方分析比較兩組之差異。預期成果：研究結果將有助於提升中風患者吞嚥困難護理之照護品質。