Riveting的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列懶人包和總整理

Get Rooted: Reclaim Your Soul, Ser, and Sisterhood Through the Healing Medicine of the Grandmothers

為了解決Riveting的問題，作者Moreno, Robyn 這樣論述：

In this memoir, manifesto, and manual, discover how the alchemy for real personal transformation lies in digging up your own medicine and tools--and your ancestors are your greatest guides. Robyn Moreno had always been a spiritual seeker, lighting candles to la Virgen de Guadalupe while simultane

ously studying Eastern religions and philosophies. But while she learned loads of wisdom, she hadn’t heard anyone talk about modern-day curandera practices. Why was no one sharing practices native to their lineage? Or talking about generational trauma? And most importantly, why didn’t she know the m

edicine of her own ancestors? After all, her great-grandmother was a curandera. For decades, Mexican Americans and Latinxs have been encouraged--and forced--to assimilate. In the process, they have lost their medicine, language, and history. Robyn’s profound realization of all this came crashing in

after a full-on, mid-life meltdown comprised of that all-too-typical working mom tightrope walk that so many women around the world face, coupled with painful family drama that made it all even more complicated, confusing and heart-achy. Robyn began to see the many things she had lost--and desperate

ly wanted reclaim. Starting by unpacking sustos--soul losses--she set on a journey to root back into her culture and learn the medicine of her Mexican grandmothers. Based in Aztec and Mayan traditions and a 260-day cycle that signifies creation and growth, Robyn dove into a healing practice focused

on susto, and the concept of finding ser--your true essence. ​Told in a voice that is riveting, real, empathetic, and joyous, Get Rooted not only shares Robyn’s journey of reclamation, it also shares the healing practices she learned and developed and now shares with women across the world.

Riveting進入發燒排行的影片

應用於鋰電池負極架構之製備與性質

為了解決Riveting的問題，作者盧瀅捷 這樣論述：

本研究論文是探討不同的基材(電流收集器)及不同的多孔材料(如商用多孔碳X3、製備之聚苯胺與多孔碳(PANi)等)作為負極架構，探討其充放電性質。利用SEM、XRD、TGA、FTIR-ATR、EDS、BET、ICP等進行材料分析，以及利用充放電循環及交流阻抗分析等探討其電化學性質。在各種電流收集基材作為負極架構中，以泡沫銅擁有較長之充放電循環壽命，為54次。而不鏽鋼箔、不鏽鋼網及銅箔之循環壽命則介於20 ~ 22次之間。將泡沫銅在空氣中，以600 ℃鍛燒2 h後，作為負極架構，可得循環壽命為115次。分析其表面，發現在此鍛燒條件下生成直立有序針狀結構之氧化銅，使得表面積增大，且因其直立孔洞有利

於鋰的沉積/剝除反應，因此可有效減少枝晶生成，因此提升其充放電效能。以商用X3多孔碳沾附於泡沫銅基材上，可得充放電循環壽命為94次，以ZnO修飾X3後，其循環壽命可增加至122次；若將ZnO / X3沾附於泡沫鎳基材上，循環壽命可再增加為155次；進一步的以減壓方式將ZnO / X3沾附於泡沫鎳基材上，因可充分的利用材料，在作為負極架構時，可使循環壽命增加為220次。以CV法在45 ℃在0.5 M H2SO4與0.04 M苯胺單體水溶液中，製備之聚苯胺/不鏽鋼網，於700 ℃鍛燒0.5 h後，作為負極架構其充放電循環壽命為85次。其原因可能為所形成之結構為分散良好的不同孔洞大小，因此有利於鋰沉

積/剝除。以EIS分析發現，此材料老化的主要原因為SEI層增厚造成之阻抗(RSEI)、電荷轉移阻抗(Rct)與質傳Warburg阻抗的增加，與穩定狀態下比較，老化時的RSEI、Rct與Warburg阻抗分別由10.8 Ω、1.38 Ω與1.66 Ω sec0.5，增加至125.8 Ω、36.5 Ω與383.2 Ω sec0.5。

Blood Gun Money: How America Arms Gangs and Cartels

為了解決Riveting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.

局部振動的變異特性對暴露評估結果的影響： 以機車行駛為例

為了解決Riveting的問題，作者何美玲 這樣論述：

局部振動是造成職業危害的常見因子，長時間過量暴露可能會引起肌肉骨骼疾病。在局部振動暴露評估中，均方根加速度(root mean square acceleration, arms)為常用的振動暴露指標，不過單一的arms數值，無法反映振動變異特性。文獻中以短時間量測推估長時間之振動暴露量居多，且關於局部振動變異性的探討較為缺乏，短時間量測是否能直接代表長時間之振動暴露量？在文獻中也缺乏相關討論。本研究以機車道路行駛為例，探討騎乘者之局部動暴露及變異特性，以及利用短時間量測結果評估長期局部振動暴露，可能涉及的不確定性。局部振動以Sventack SV 106A振動儀進行量測，以每秒十筆連續量測

三軸頻率加權加速度(ahwx, ahwy, ahwz)及三軸實效加速度(ahv)，以探討機車在不同運轉狀態下之局部振動及變異特性；隨後再進行道路行駛量測，評估機車行駛期間的局部振動及變異特性。連續量測紀錄再透過計算累積機率及機率密度函數的方式，評估振動加速度的變異特性，並找尋可描述振動變異特性之指標。此外，連續量測資料，以隨機擷取部分紀錄計算arms，並與全段所得之arms進行比對，以評估短時間量測推估長時間振動暴露量之不確定性。量測結果顯示，機車在怠速時，局部振動現象主要來自機車引擎，振動強度較低且無明顯變異性，三軸實效加速度(ahv)範圍在0.43 - 1.05m/s2，三軸加權均方根加速

度(ahv,rms)在0.61 - 0.62 m/s2之間。8次道路行駛紀錄則顯示，行駛期間機車產生之ahv 在0.42 - 34.27 m/s2之間， ahv,rms則在2.83 - 3.57m/s2之間。連續量測紀錄分析結果顯示，機車騎士局部振動暴露之ahv 呈雙峰分布：怠速運轉期間產生之ahv呈常態分布，平均值為0.85 - 0.91 m/s2，變異係數為10 - 14%；行駛振動期間ahv呈對數常態分布，幾何平均值為2.14 - 2.66 m/s2，幾何標準差為1.67 - 1.79。若以短時間量測結果推估長時間振動暴露量，低估長期局部振動暴露的機率介於37 - 80 %之間，誤差範圍

則介於 -11.4 - 24.5%之間。本研究結果顯示，局部振動的連續量測紀錄，有助於評估局部振動的變異特性。機車行駛間ahv的變異特性，可透過對數常態分佈函數加以描述，幾何標準差可用來描述ahv的變異特性。若以短時間量測結果推估長期振動暴露特性，當震動現象的變異性偏高時，可能會造成低估實際暴露強度的問題。連續量測紀錄將有助於評估局部振動暴露的變異特性，以降低評估結果的不確定性。