Orchard的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列問答集和資訊懶人包

Rebel Gardening: A Beginner’s Handbook to Organic Urban Gardening

為了解決Orchard的問題，作者Vitale, Alessandro 這樣論述：

This is the ultimate beginner’s guide to establishing and tending an organic kitchen garden in any urban space, no matter how small, written by the YouTuber and TikToker known as Spicy Moustache.Do you live in the city and yearn for the space and time to grow your own food and live more connected wi

th nature and the seasons? Rebel Garden shows that anyone can grow a garden of delicious organic fruit and vegetables, wildlife-friendly wildflowers and abundant herbs in absolutely any urban space with a bit of know-how. Organic gardening expert Alessandro Vitale wants you to embrace the living soi

l and establish your own city eden where creatures and plants can coexist, in harmony with our modern lives. He shares his low-cost and organic approach with all the essential guidance you will need, including his top 50 plants for beginner gardeners, with a plethora of information on how to plant a

nd look after them and how to make the most of all your produce. Learn how to make vegan honey with dandelions, establish a micro-orchard, or brew a natural antibiotic from garlic. Alessandro shares a plan for any type of space - whether rooftop, fire escape, shady yard, or even a windowsill in a ho

use share - and how to tend it through the year. Learn about companion gardening, saving seeds, DIY raised beds and everything to allow your garden to flourish. The healing and planet-protecting power of gardening is within your grasp! Alessandro Vitale, also known as Spicy Moustache, began garden

ing when he was a kid with his grandfather, who taught him everything he knew about gardening and the ＂living soil＂ surrounding us. When Alessandro moved to London, he felt passionately that he wanted to get back in touch with that living soil, and find an area where soil and living creatures could

coexist again. He shares his adventures in his small London garden on his YouTube channel The Spicy Moustache, where he helps others to reestablish their missing link with nature through urban gardening. He specialises in all-organic techniques, Korean JADAM gardening and sustainability. He has been

featured on Tamron Hall TV show in the US, The Guardian, Walesonline, Get.waste.ed, Goodnewsnetwork and Ladbible.

Orchard進入發燒排行的影片

級聯 YOLO 與巢狀 U 型卷積神經網路之超參數優化於腦脊髓液磁振影像切割

為了解決Orchard的問題，作者丁俞文 這樣論述：

在自發性顱內低壓臨床醫學中，已有文獻證實透過定性或定量的方式評估此疾病，且此疾病具有即時診斷之重要性及必要性，而使用非侵入式診斷磁振造影(MRI)作為初步診斷之工具，若醫師使用定性的方式觀察影像，則需要耗費相當多時間且可能造成醫療人員疲勞造成判斷錯誤，結果易受主觀感受影響。過去已有文獻指出病患恢復情形與腦脊髓液容積相關，可透過量化方式計算腦脊髓液容積，提供更客觀的診斷方式，因此如何準確地分割腦脊髓液為重要議題。因此本研究使用深度學習的巢狀U型卷積神經網路分割出腦脊髓液分佈區域，並使用YOLO圈選出關注區域範圍。最後將預測之影像進行二值化後輸出，進行後續量化研究及績效衡量。脊髓區域之腦脊髓液磁

振造影資料來源由台中榮民總醫院提供，共25為樣本(25603張影像)。脊髓區域之影像使用U-Net結合網格搜索及YOLOv4取得IoU為0.9399、DSC為0.9690；巢狀U型卷積神經網路結合網格搜索及YOLOv4 IoU為0.9398、DSC為0.9690，其中U-Net網格搜索的最佳參數組合為學習率(Learning rate)：0.00001、Batch size：7、Epoch：200；巢狀U型卷積神經網路結合網格搜索的最佳參數組合為學習率(Learning rate)：0.00001、Batch size：7、Epoch：200。最後量化腦脊髓液容積與黃金標準之誤差為0.33%~

16.28%與0.51%~15.71%。

The Dictionary of Norse Myth & Legend

為了解決Orchard的問題，作者Orchard, Andrew 這樣論述：

From Loki to Thor, Ragnarok to BeowulfA gripping and truly mesmerising delve into the Norse legends From bestselling books to blockbusting Hollywood movies, the myths of the Scandinavian gods and heroes are part of the modern day landscape. For over a millennium before the arrival of Christianity

, the legends permeated everyday life in Iceland and the northern reaches of Europe. Since that time, they have been perpetuated in literature and the arts in forms as diverse as Tolkien and Wagner, graphic novels to the world of Marvel. This book covers the entire cast of supernatural beings, from

gods to trolls, heroes to monsters, and deals with the social and historical background to the myths, topics such as burial rites, sacrificial practices and runes.

以傳統混凝法和電凝法再生負載As(V)顆粒活性碳

為了解決Orchard的問題，作者穆寧凱 這樣論述：

使用擬一級和擬二級動力學模型對活性炭顆粒 (GAC) 上的 As(V) 吸附和在 dH2O 中GAC 上的As(V) 脫附進行建模。測試化學沉澱法和電凝法再生負載 As(V) 的 GAC 並對此兩種方法進行比較。通過將負載的 GAC 於 NaCl、FeCl3、CaCl2 和 MgCl2 水溶液中發生化學沉澱。浸入NaCl後可測 As(V) 脫附能力最佳，但隨後可測的As(V) 吸附能力最差。在 pH 值為 2 時，於 FeCl3 溶液中再生效果最好，第二好的是在pH 3，但 As(V)在 pH 值為 3 時表現出更好的沉澱效果。Fe、Ca 和 Mg 與 As 在摩爾比為 0.75:1 至 1

2:1範圍間進行測試，其中摩爾比與在 HNO3 和 H2O 中稀釋的 As(V) 脫附和隨後的吸附之間存在對數關係。在 FeCl3 中As(V)幾乎完全沉澱，在 MgCl2 中於摩爾比 12:1 時沉澱受到限制，而在 CaCl2 中未觀察到沉澱。擬一級和擬二級動力學模型可以準確的描述As(V) 於 CaCl2 和 MgCl2 中的脫附反應，但由於沉澱的關係，並不能準確描述於FeCl3 中的脫附反應。 對於沉澱 As(V)，在FeCl3 中脫附有最高的效率，且在摩爾比6:1時有最高值，但再生效果在摩爾比 12:1時略高於其他比例。以電凝法進行了優化，其中砷的去除率隨著初始 pH 值的降低和電流密

度的增加而上升，並且NaCl 濃度不影響砷的去除率。在電凝之前添加 Fe(II) 可提高砷的去除效率，最高可達 30 mg/L。負載 As(V) 的活性炭的再生隨著電流密度和時間的增加而上升，最高可達 85%。將 NaCl 濃度增加到 6000 mg/ L可進一步將再生率提高到 92%。當活性炭濃度加倍時，較低電流密度下的再生率僅從 54% 略微下降至 51%，顯示出優秀的可擴縮性。在 NaCl 濃度分別為 6,000 和 750 mg/L的條件下進行了重複的吸附-脫附測試，ii於4 W次重複測試後獲得了 81% 和 69% 的再生率。於此測試範圍內的 NaCl 濃度不影響電凝，但透過洗脫改善

了再生效果。透過電凝和洗脫結合有利於提高再生效率，同時通過氫氧化鐵可吸附並去除溶液中的 As(V)。相比之下，通過化學沉澱和電凝實現了 100.3% 和 92.1% 的再生率，且電凝的成本效益更高。