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Serpico

為了解決A beard的問題，作者Maas, Peter/ Serpico, Frank 這樣論述：

The 1960s was a time of social and generational upheaval felt with particular intensity in the melting pot of New York City. A culture of corruption pervaded the New York Police Department, where payoffs, protection, and shakedowns of gambling rackets and drug dealers were common practice. The so

-called blue code of silence protected the minority of crooked cops from the sanction of the majority.Into this maelstrom came a working class, Brooklyn-born, Italian cop with long hair, a beard, and a taste for opera and ballet. Frank Serpico was a man who couldn't be silenced -- or bought -- and h

e refused to go along with the system. He had sworn an oath to uphold the law, even if the perpetrators happened to be other cops. For this unwavering commitment to justice, Serpico nearly paid with his life.

A beard進入發燒排行的影片

以實驗法及數值模擬交叉探討隧道火災逆煙層發展與其控制

為了解決A beard的問題，作者王冠懿 這樣論述：

本研究以縮小尺度隧道實驗，並以電腦模擬建置相同縮小尺寸隧道進行探討。為達到較佳模擬結果，本研究導入特徵運算得出本次縮小隧道之網格尺寸為2 cm，全尺度隧道FDS模擬網格尺寸則為40 cm。環伺隧道火災相關研究，涉及實驗過程中各項參數之校正及驗證者相當缺乏，因此本研究除了找出可將煙流排出之臨界風速外，更著重探討實驗中的流場穩定性，將訂定設置的初始條件，確立一套實驗標準設置方法，可使實驗更精確，也較能得到與實際相符的結果。本研究最重要的設置為在實驗隧道前裝置一流體穩定箱，除可穩定進入隧道的流體品質外，最重要的是可以透過內裝的吸音海綿及特出結構，有效濾除鼓風機所產生的不穩定氣流，如此便可減

少流場與逆煙層之交互作用的影響變因。 本研究由設定尺寸為200 m*12 m*6 m之全尺度隧道，經縮小尺度公式計算得出縮小隧道尺寸為10 m*0.6 m*0.3 m，全尺度測試之標準油盤尺寸為250 cm（熱釋放率14,200 kW），而縮小實驗之油盤尺寸則為6 cm（熱釋放率7.96 kW）。為得知經計算後的縮小模擬結果是否與實際尺寸之臨界風速的差異性，實驗中主要以模擬法比對等比例縮小實驗之結果，以驗證加裝穩定箱後之實驗對於流場穩定性的提升，實際的觀測實驗利用雷射切面以觀測煙霧流場，所得到的結果比對理論臨界風速有高度相似性，可得知本研究所設置之穩定箱與對模擬實驗參數之調校的重要性，對

於往後的隧道實驗具有相當程度的指向性與貢獻。

Geographies of the 2020 U.S. Presidential Election

為了解決A beard的問題，作者 這樣論述：

Barney Warf is a professor of Geography at the University of Kansas. Much of his research concerns producer services and telecommunications, particularly the geographies of the internet, including fiber optics, the digital divide, e-government, and internet censorship. He views these topics through

the lens of political economy and social theory. He also maintains an active interest in political geography, including elections, voting technologies, and the U.S. electoral college. Currently, he serves as editor of Geojournal, editor-in-chief for geography for Oxford Bibliographies On-Line, and e

dits a series of geography texts. His teaching interests include urban and economic geography, the history of geographic thought, globalization, and contemporary social theory.John Heppen is a Professor of Geography at the University of Wisconsin River Falls. With David Beard he has written on profe

ssional wrestling for Political Landscapes in the Age of Donald Trump, for the Popular Culture Studies Journal, for Iconic Sports Venues: Persuasion in Public Spaces, and for Sports Fans, Identity, and Socialization Exploring the Fandemonium. They present research at the annual WrestlePosium, the co

nference of the Professional Wrestling Studies Association. He is also one of the co-editors of Atlas the 2016 Elections and Atlas of the 2020 Elections.

碳排放量與公司治理之關係

為了解決A beard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。