Yoshikawa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整理懶人包

The Heike Story: A Novel of War and Intrigue in Ancient Japan

為了解決Yoshikawa的問題，作者Yoshikawa, Eiji 這樣論述：

Eiji Yoshikawa (1892--1962) was born in Kanagawa, Japan. Although he received little more than a primary education, he authored some 80 novels and more than 180 short stories over the course of his lifetime. Among his best-selling novels are Mushashi, Way of the Samurai, and The Heike Story. Credit

ed with elevating popular fiction, Yoshikawa was the first writer of such works to be awarded the Imperial Order of Culture. Fuki Wooyenaka Uramatsuwas a writer, translator, editor, and teacher. She was a columnist for the English-language Yomiuri newspaper. She graduated from Wellesley College and

her many publications include the book A Bowl of Tea.Alexander Bennett is a professor of Japanese history and Budo theory at Kansai University. He co-founded and continues to publish Kendo World, the first English-language journal dedicated to Kendo. He holds black belts in several martial discipli

nes including Kendo Kyoshi 7-dan, Iaido 5-dan, and Naginata 5-dan. His published works include The Complete Musashi: The Book of Five Rings and Other Works and Hagakure: The Secret Wisdom of the Samurai.

Yoshikawa進入發燒排行的影片

具濾波功能之寬頻功率分配器與差分寬頻帶通濾波器設計以及平滑化與傳輸線長度之量測分析

為了解決Yoshikawa的問題，作者駱宥霖 這樣論述：

誌謝辭 III摘要 VAbstract VII目錄 IX圖目錄 XI表目錄 XIV第一章緒論 151.1 研究動機 151.2 文獻探討 161.3 論文架構 16第二章濾波器設計理論 172.1 傳輸參數矩陣(ABCD) 172.2 奇偶模分析法 202.3 威爾金森功率分配器 232.3.1 偶模激發： 252.3.2 奇模激發： 26第三章 具濾波功能之寬頻功率分配器 273.1 簡介 273.2電路架構選擇與設計步驟 283.2.1增加濾波功能 283.2.2 N段傳輸線的影響與選擇 293.2.3 短路截線(ZM)阻抗值選擇 313

.2.4 ZN的計算 323.3電路布局、電磁模擬與量測 353.3.1 阻抗值計算 354.1 簡介 394.2 寬頻帶拒濾波器電路架構 404.2.1等效半電路 404.2.3阻抗值計算 464.3電路布局、電磁模擬與量測 49第五章 平滑化與傳輸線長度之量測分析 525.1 簡介 525-2平滑化 545.2.1傳統平滑化計算 545.2.2平滑化改進 575.2.3 平滑化百分比設定 635.2.4 平滑化比較 665-3 傳輸線長度量測分析 675.3.1 傳輸線原始量測數據 675.3.2 接頭損耗 685.3.3 夾具損耗 725.3.4 分

析結果 76第六章 結論 82附錄 84平滑化程式碼 (C++編寫) 84參考文獻 87

What Is Math?

為了解決Yoshikawa的問題，作者Dotlich, Rebecca Kai 這樣論述：

Rebecca Kai Dotlich is a poet and the author of many award-winning picture books for young readers, including Race Car Count; What Can a Crane Pick Up?; One Day, The End; and What Is Science?, which was a Bank Street College of Education Best Children’s Book of the Year and a finalist in the Childre

n’s Science Picture Book category of the AAAS/Subaru the Best of Science Book & Film Prize.She lives in Indiana. Sachiko Yoshikawa grew up in Tokyo, where her parents ran a salon. Her mother was a stylist, while her father kept track of the financials, often with an abacus. It was on the abacus that

Sachiko learned to add and subtract. She still uses a mental image of her father’s abacus when solving simple math problems. Sachiko is the illustrator of Beach Is to Fun: A Book of Relationships as well as What Is Science? She lives in California with her family.

碳排放量與公司治理之關係

為了解決Yoshikawa的問題，作者吳家瑋 這樣論述：

氣候變遷與全球暖化是國際間最重視的議題之一，企業應將氣候變化因應措施納入營運策略和規劃，許多歐美企業也將永續發展目標設為推動業務與企業社會責任的方向，目的在落實減碳目標及打造永續環境。由於董事會為推動及落實企業永續發展責任之關鍵角色，更重視氣候變遷等議題，可以提升國際競爭力。本研究以2006年至2020年台灣高碳排放產業如水泥工業、塑膠工業、鋼鐵工業及油電燃氣等傳統產業和電子業等產業為研究對象，並以董事會開會次數及董事會規模作為公司治理的主要代理變數，探討產業碳排放量與公司治理之關係。研究結果顯示，水泥工業之董事會開會次數與碳排放量呈現正相關，還發現鋼鐵工業與電子業的董事會規模對於碳排放量呈

現負相關。由此可知，良好的公司治理會影響企業的碳排放量，使公司能朝向永續發展邁進，落實節能減碳並能善盡企業社會責任。