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Gary Moore: The Official Biography

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＂Gary Moore is definitely in my list of top five guitar influences, right up there with Jimi Hendrix, Eddie Van Halen, Stevie Ray Vaughan and Michael Schenker. He just blew me away from the first time I heard him.＂Kirk Hammett＂The most powerful, genuine, authentic blues-rock guitarist of his day.

＂Jack Bruce＂Gary opened the door for me and a lot of other blues-rock guitarists. He was a legend, a musical titan and a very nice man.＂Joe BonamassaGary Moore delighted entire generations with his passionate guitar playing, from the driving rock of Thin Lizzy in the 1970s to his explorations in sub

sequent decades of jazz fusion, heavy metal, hard rock, blues rock, and more. Throughout that time, he could be seen on the world’s biggest stages, yet the real Gary Moore was always hidden in plain sight, giving little away. Now, however, through extensive and revealing interviews with family membe

rs, friends, and fellow musicians, acclaimed rock biographer Harry Shapiro is able to take readers right to the heart of Gary’s life and career.Despite his early death in 2011, Moore still has legions of devoted fans across the world who will be enthralled by this unique insight into the life of a g

uitar genius who did it his way and whose music lives on. Beginning with Gary as a teenage guitar prodigy in war-torn Ireland and continuing through the many highs and lows of more than forty years in rock, Shapiro paints an intimate portrait of a musician widely hailed as one of the greatest Irish

bluesmen of all time.

VERY NICE進入發燒排行的影片

以雙馬來醯亞胺和5,5-雙甲基巴比妥酸共聚合用於鋰離子電池之高性能、高安全性富鎳陰極材料介面改質添加劑研究

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本研究開發出一種可在電池混漿過程中混入電極的寡聚物電極添加劑，並在第四章的探討中發現，以5,5 DMBTA/ BMI於130℃進行-NH麥可加成反應聚合而成的寡聚物作為電極添加劑對於鋰離子電池的循環壽命、放熱與產氣表現有最為正面的幫助。第五章的探討中，以5,5 DMBTA/ BMI於130℃進行-NH麥可加成反應聚合而成的寡聚物作為電極添加劑，摻入高能量密度的鋰離子電池富鎳陰極材料（Ni-rich NMC622）電極中，觀察到添加劑在充放電過程中成功受Ni2+ / Ni3+催化進行自身聚合成功能型導離子的CEI界面。此CEI介面在同步輻射臨場升溫軟吸收實驗、臨場電化學X光繞射分析實驗以及高溫

熱處理後的HR-TEM結果中，被觀察到在電化學與熱化學作用下能減少NMC622材料中的Ni2+陽離子錯排問題、與電解液交互用作用的產氣現象以及材料顆粒內的微裂痕情形（Micro crack），讓製作成商用圓柱形（18650）全電池的循環性能表現獲得維持同時也讓電池的放熱情況獲得控制。第六章進一步對不同鎳含量的三元材料NMC811與NMC111進行修飾，藉由同步輻射臨場軟吸收光譜分析結果，可以觀察到電池富鎳陰極材料（Ni-rich NMC811）中的Ni離子事實上以3d7 與3d8L兩種電子組態存在。其中3d8L的電子組態為極不穩定，為了使系統趨於穩定，Ni-rich NMC cathode有三

種方式或途徑: 1.與電解液反應 2.與環境反應3.扭曲自身晶體結構以使得電子組態達到穩定。電極添加劑於漿料製備時與較高反應性的鎳離子（表面電子組態3d8L）交互作用並自身催化形成CEI（Cathode electrolyte interface）後提高材料的陽離子錯排狀態（Cation mixing state），並持續貢獻-C=C-成為Ligand-hole的提供者，穩定在電化學/熱化學過程中，因材料不斷脫鋰或提高氧化態形成的氧空缺進而形成的3d8L，提升材料的電子組態穩定，並避免電化學過程的副反應或扭曲自身的層狀結構造成巨觀的相變化。

Medical Treatment: Decisions and the Law

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This leading textbook places medical decision-making in its legal context and provides practical guidance on the most ethically challenging cases that face the courts. It explains how the Mental Capacity Act works in practice and how the courts and lawyers wrestle with and resolve problems relati

ng to the very essence of life: what is life? what is an acceptable quality of life? what treatment is so burdensome that it should not be attempted? These questions are posed, not in the abstract but, in real - often desperate, often urgent - situations. This is the essential guide for solicitors,

barristers and judges specialising in Court of Protection work, clinical negligence, personal injury and human rights. Postgraduate medical ethics students and academics, NHS bodies and local authority professionals, health professionals and administrators in the NHS and private practice and those i

n Commonwealth countries with an interest in these topics will also find this book an invaluable resource. Medical Treatment: Decisions and the Law offers a readily accessible text for those dealing with the provision of medical treatment to those without capacity and related areas, providing a clea

r description of procedure as well as practical application of the law. Key developments for the Fourth Edition include: - The impact of the Covid-19 pandemic on decision making in the Court of Protection, particularly in relation to end of life decisions and vaccination- New chapters on two contro

versial issues: ＂the Right to Die?＂ and ＂Access to Healthcare: Choice＂- Expanded chapter on Decisions for Children, covering recent high-profile cases such as Re Gard where continued provision of life sustaining treatment for babies or very young infants was at issue, and addressing the difficult is

sues around decision making by 16 to 17 year olds- Substantially updated chapter on Going to Court, covering how the incapacitous patient can be supported to participate in decisions about their treatmentDiscussion of ＂Escalation of Care＂ covering matters including NICE guidelines and care pathways

and expanded coverage of issues concerning the funding of treatment.

植物自然形態意象應用於居家小飾之創作

為了解決VERY NICE的問題，作者王沛綺 這樣論述：

對於大部分的人來說，一天至少有三分之一以上的時間是處於居家環境中。倦鳥必定要歸巢，人不管再怎麼漂泊，總要有一處安身的地方。家是令人感到安心、安全、溫暖的天地。不論是租貸或是自有，家的氛圍營造便是極為重要的一環。有一俗語說得好:租來的是安身處，但人生可不是! 多麼貼切的一句話。想要每天充滿活力的迎接生活，疲憊時有一處可好好安歇，人生!就該從令人喜歡回家的窩出發。 然而，在這充滿車水馬龍的社會裡，要如何營造才能讓人真正有感到放鬆的舒適感。專家們總是提倡:親近大自然，遠離生活塵囂及壓力，讓身心靈獲得釋放紓解。是啊!自然界中植物的存在，不僅為人類生活帶來美化，為居家環境增添色彩，更陶冶淨化人

心。透過觀察、了解、及專家們的研究，植物栽種著實令人感到療癒及幸福感。 但美的事物總是稍縱即逝，該如何長久維持美好的一面，是一件令人省心並愉悅的工作。其中雖費時費心，但過程及結果卻令人感到有所成就。 本研究便是以植物的自然形態及其意象，運用不同的手法呈現，透過捏塑、不凋、藍曬、水彩的技法，長期維持並保存植物美好的一面，並將其運用於居家小飾上，讓家更有手作的溫度感存在，讓自然融入家中，讓家成為處處有喜悅的感動。更期待未來居家小飾能推入市場成為成功的療癒商品，對社會做出貢獻，對更多的家帶來溫馨的氛圍。