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Blood Gun Money: How America Arms Gangs and Cartels

為了解決Gun的問題，作者Grillo, Ioan 這樣論述：

＂An eye-opening and riveting account of how guns make it into the black market and into the hands of criminals and drug lords.＂ -Adam WinklerFrom the author of El Narco and winner of the Maria Moors Cabot Prize, a searing investigation into the enormous black market for firearms, essential to car

tels and gangs in the drug trade and contributing to the epidemic of mass shootings.The gun control debate is revived with every mass shooting. But far more people die from gun deaths on the street corners of inner city America and across the border as Mexico’s powerful cartels battle to control the

drug trade. Guns and drugs aren’t often connected in our heated discussions of gun control-but they should be. In Ioan Grillo’s groundbreaking new work of investigative journalism, he shows us this connection by following the market for guns in the Americas and how it has made the continent the mos

t murderous on earth. Grillo travels to gun manufacturers, strolls the aisles of gun shows and gun shops, talks to FBI agents who have infiltrated biker gangs, hangs out on Baltimore street corners, and visits the ATF gun tracing center in West Virginia. Along the way, he details the many ways that

legal guns can cross over into the black market and into the hands of criminals, fueling violence here and south of the border. Simple legislative measures would help close these loopholes, but America’s powerful gun lobby is uncompromising in its defense of the hallowed Second Amendment. Perhaps, h

owever, if guns were seen not as symbols of freedom, but as key accessories in our epidemics of addiction, the conversation would shift. Blood Gun Money is that conversation shifter.

Gun進入發燒排行的影片

應用無橋式升降壓型功率因數修正器及LLC諧振式轉換器於USB電力傳輸

為了解決Gun的問題，作者陳俊宇 這樣論述：

摘 要 iABSTRACT ii致謝 iv目錄 v圖目錄 x表目錄 xxix第一章 緒論 11.1 研究動機及目的 11.2 研究方法 111.3 論文內容架構 12第二章 先前技術之動作原理與分析 132.1 前言 132.2 有橋式升降壓型功率因數修正電路架構與其動作原理 132.3 諧振式轉換器架構與特性 182.3.1 串聯諧振式轉換器 182.3.2 並聯諧振式轉換器 202.3.3 串並聯諧振式轉換器 222.4 USB Power Delivery 25第三章 所提無橋式升降壓型功率因數修正電路與LLC諧振式轉換器之動作原理與分析 263

.1 前言 263.2 電路符號定義及假設 263.3 所提電路之工作原理與數學分析 293.3.1 無橋式升降壓型功率因數修正電路之運作行為 303.3.2 無橋式升降壓型功率因數修正電路之電壓轉換比 333.3.3 無橋式升降壓型功率因數修正電路之電感電流邊界條件 353.3.4 無橋式升降壓型功率因數修正電路之實際電壓轉換比 373.3.5 LLC諧振轉換電路之運作行為 383.3.6 LLC之電壓增益 533.3.7 LLC電壓增益與K值關係 553.3.8 電壓增益與品質因素Q關係 57第四章 系統之硬體電路設計 584.1 前言 584.2 系統架構 5

84.3 架構之系統規格 604.4 系統設計 614.4.1 輸入端之差動濾波器設計 614.4.2 電感L1與電感L2設計 68(A) 電感L1與L2之感量 68(B) 電感L1與L2之磁芯選用 724.4.3 輸出電容Co1設計 754.4.5 模擬變載輸出電壓變動量量測 764.4.6 諧振槽參數設計 79(A) 變壓器Tr之匝數比n 79(B) 輸出等效阻抗Rac 79(C) 品質因數Q 80(D) 諧振元件Lr、Cr、Lm參數 84(E) 磁性元件Lm、Lr繞製 854.4.5 輸出電容Co2設計 924.4.6 同步整流器IC說明 934.4

.7 功率開關與二極體之選配 95(A) 升降壓型功率因數修正器之開關元件選配 96(B) LLC諧振式轉換器之開關元件選配 974.4.7 驅動電路設計 984.5 電壓偵測電路設計 994.6 元件總表 102第五章　軟體規劃及程式設計流程 1035.1 前言 1035.2 程式動作流程 1035.2.1 ADC取樣與資料處理 1045.2.2 移動均值濾波模組 1065.2.3 PI控制器模組與限制器模組 1085.2.4 控制開關訊號模組 110第六章 模擬與實作波形 1126.1 前言 1126.2 電路模擬結果 1126.2.1 電路於15W功率

等級之模擬波形圖 1146.2.2 電路於27W功率等級之模擬波形圖 1196.2.3 電路於45W功率等級之模擬波形圖 1246.2.4 電路於100W功率等級之模擬波形圖 1296.3 所提功率因數修正電路的實驗波形圖 1356.3.1 單級功率因數修正電路於16.6W功率等級之實驗波形圖 136(A) 輸入電壓85V之波形量測 136(B) 輸入電壓110V之波形量測 139(C) 輸入電壓220V之波形量測 142(D) 輸入電壓264V之波形量測 1456.3.2 單級功率因數修正電路於30W功率等級之實驗波形圖 148(A) 輸入電壓85V之波形量測 148

(B) 輸入電壓110V之波形量測 152(C) 輸入電壓220V之波形量測 155(D) 輸入電壓264V之波形量測 1586.3.3 單級功率因數修正電路於50W功率等級之實驗波形圖 161(A) 輸入電壓85V之波形量測 161(B) 輸入電壓110V之波形量測 164(C) 輸入電壓220V之波形量測 167(D) 輸入電壓264V之波形量測 1706.3.4 單級功率因數修正電路於111W功率等級之實驗波形圖 173(A) 輸入電壓85V之波形量測 173(B) 輸入電壓110V之波形量測 177(C) 輸入電壓220V之波形量測 181(D) 輸入電壓264

V之波形量測 1846.3.5 單級功率因數修正電路實驗波形比較結果之小結 188(A) 16.6W之功率等級 188(B) 30W之功率等級 189(C) 50W之功率等級 189(D) 100W之功率等級 1906.4 所採用之LLC諧振式電路的實驗波形圖 1926.4.1 單級LLC諧振式電路於15W功率等級之實驗波形圖 1926.4.2 單級LLC諧振式電路於27W功率等級之實驗波形圖 1966.4.3 單級LLC諧振式電路於45W功率等級之實驗波形圖 2016.4.4 單級LLC諧振式電路於100W功率等級之實驗波形圖 2056.5 所提電路之變載測試 211

6.5.1 系統於15W功率等級之變載實驗波形圖 2116.5.2 系統於27W功率等級之變載實驗波形圖 2206.5.3 系統於45W功率等級之變載實驗波形圖 2296.5.4 系統於100W功率等級之變載實驗波形圖 2386.6 實驗相關參數量測 2496.7 損失分析 253(1) 開關S1~S7之損失 253(2) 二極體D1、D2、D3之損失 255(3) 磁性元件之損失 255(5) 電容元件之損失 257(6) 損失分析總結 258第七章　文獻比較 260第八章　結論與未來展望 2628.1結論 2628.2　未來展望 262參考文獻 263符號彙

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I Know a Woman: The Inspiring Connections Between the Women Who Have Shaped Our World

為了解決Gun的問題，作者Hodges, Kate 這樣論述：

Behind every great woman... is another great woman. Here, the extraordinary achievements, relationships and secret histories of 84 pioneering women are revealed in inspirational stories which together show the indomitable strength of womankind. From ground-breaking scientist Marie Curie to political

activist Malala Yousafzai, from feminist author Virginia Woolf to the game-changing Billie Jean King; I Know a Woman creates a gigantic web of womanhood which celebrates the relationships between the world's most inspirational and influential women. Threading tales from across the globe and through

out history, the lives of innovative aviatrixes, gun-toting revolutionaries and women with incomparable intellects are revealed. Each woman is connected to the next, discovering the women behind the scenes; those who didn't get the credit for scientific discoveries, sporting achievements or acts of

bravery when they were alive. Some names will be familiar, some might not, but all are equally important. With compelling story-telling and beautifully illustrated portraits, I Know a Woman is bold and engaging with a unique purpose: to uncover the links between 84 pioneering women. Featuring Michel

le Obama, Gala Dali, Emma Watson, Nina Simone, Frida Kahlo, Coco Chanel, Greta Garbo, Eleanor Roosevelt, Chimamanda Ngozi Adichie, and many more pioneering women who have shaped the world we live in today. Kate Hodges graduated from the University of Westminster with a BA in Print Journalism. She

has over 20 years writing experience on magazines, having been a staffer on publications including The Face, Bizarre, Just Seventeen, Smash Hits and Sky, and written for many more, including The Guardian, Kerrang! and NME. She has also worked for Rapido TV and P For Production films. She is the auth

or of three books on London.

東勢的創新小農:高接梨社區的社會誌

為了解決Gun的問題，作者林淳華 這樣論述：

關於小農的研究文獻中，缺乏創新能力似乎是小農的普遍特徵，但我們觀察到在東勢高接梨發展成重要經濟作物的過程中，具有創意的梨農開發的特用農具，是該產業興起、茁壯的重要條件。本文嘗試回答小農在高接梨的農具創新中所扮演的角色、創新的社會脈絡，以及這些創新與農業勞動力的交互作用。 本文發現：共同祭祀、崇尚讀書和勤儉原則等客家文化特色，以及隨著戰後工業化而興起的商業活動，都為小農的創新提供有利的條件。各種農具的開發不僅是解決了擴大生產規模和提升水果品質等經濟問題，同時是為了解決家庭關係、改善勞動條件等生活品質的問題。 此外，新農具的出現也對農業勞動力造成衝擊，而勞動力的改變也刺激農具

的創新：安全接刀發明之後，女工取代嫁接師傅；沾蠟機出現後，使得農業勞動可在夜間居家進行，進而形成以親屬網絡為基礎的勞動組織；套袋和噴槍的出現，則使得高齡人口重新納入農業勞動。 本文提出，東勢高接梨的創新受惠於三個歷史偶然性。第一個是1977年的戒嚴時期氛圍造就任務取向的果農研究班，該研究班的運作形式契合技術創新的重要條件；第二個是1980年代工廠外移，留鄉女工轉為梨園女工而成為產業因農具創新進入擴張期亟需的重要勞動力；第三個是本世紀初大量婚姻移民進入梨園工作，填補了本地農村女子外移都市所留下的農業勞動力缺口。這三個歷史偶然性，形塑了小農創新的特殊樣態。