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Freedom from Family Dysfunction: A Guide to Healing Families Battling Addiction or Mental Illness

為了解決Life ring的問題，作者 這樣論述：

The headlines ring with stories of opioid addiction and overdose. Parents complain about their children’s screen addiction, law enforcement decries the flood of fentanyl, scores of Americans overdose and die daily, and teen alcohol poisoning and marijuana-induced psychosis rates continue to rise.

Disabling depression and anxiety are diagnosed at alarming rates in families across the country. Now, more than ever, families struggle to live with, care for, and protect their family members suffering with addiction or mental illness. Kenneth Perlmutter, a California psychologist with 30-plus yea

rs in the field, has written Freedom from Family Dysfunction specifically for family members who love someone battling addiction or mental illness who want to break the cycles of codependency and relapse plaguing their dysfunctional systems. The combination of compelling vignettes, lively dialogues,

and step-by-step instructions makes this guidebook an indispensable tool for the parents, partners, adult children, and the clinicians who treat them, to heal the powerlessness, pain, and impossibility of life with someone they’ve been trying to help, sometimes for decades. Perlmutter takes a syste

mic and inter-generational view, combining current knowledge with his deep personal experience of addiction and family dysfunction to guide readers toward understanding their systems, their positions in them, and the forces that keep things stuck. ＂Stress-Induced Impaired Coping (SIIC)＂ is the term

he’s coined to describe his ground-breaking model of family system pathology and recovery. He invites families to see themselves not as dysfunctional, but as wounded, as they work toward connection, closeness, and the restoration of systemic mental wellness and sustainability. Best of all, the metho

d works regardless of whether the one identified as ＂the problem＂ makes changes or not. Family members who take up Perlmutter’s method will: - ​create closeness by pursuing connection over being right - reject ＂tough love＂ - learn to communicate authentically and to set boundaries confidently and fa

irly - rebuild trust, authenticity and equality in family relationships - reduce chaos, anxiety and distress in the mind and in the home - shift the entire family system itself toward wellness

Life ring進入發燒排行的影片

決定再生瀝青黏結料混合程度與混合現象評估

為了解決Life ring的問題，作者張毓芸 這樣論述：

近年來回收瀝青鋪面(Reclaimed Asphalt Pavement, RAP)循環再利用成為備受重視之議題，如何有效地重複使用RAP，達到循環經濟的概念為目前各界共同努力之目標。RAP具有高變異性，主要是由於RAP中老化瀝青可活化的程度(Degree of Activity, DoA)不易評估，可活化的老化瀝青含量會受RAP添加量、RAP中瀝青含量、拌合溫度、拌合時間、以及再生劑添加量等因素影響，進而影響新舊瀝青混合程度(Degree of Blending, DoB)。DoB為再生瀝青混凝土配合設計中非常重要須考量之參數，但此參數目前還尚無法完全確定其數值，通常僅能以推估的方式決定之

，因此本研究以評估混合程度為目標，透過使用從兩種不同來源之RAP中萃取還原出之再生瀝青黏結料(Recovered Asphalt Binder, RAB)，計算不同之再生瀝青黏結料取代新鮮瀝青之比例(Replaced Virgin Binder, RVB)與新鮮瀝青混合製作出混合瀝青，進行各項基本物性、流變試驗及原子力顯微鏡試驗分析其混合前後之趨勢，並找出再生瀝青之混合程度。根據韌性試驗結果顯示最大瞬間載重隨著再生瀝青取代量上升而逐漸上升，在取代量介於20%~30%時達到最佳值，至取代量大於30%時開始下降；多重應力潛變恢復試驗之結果顯示當取代量大於20%時之混合瀝青已達到可承受重度交通量之標

準；線性振幅掃描試驗顯示Nf / ESALs值隨著取代量升高而提升，在取代量介於20%~30%時達到最佳值，而後下降；頻率掃描試驗結果顯示從25℃之主曲線可知僅需使用20%~30%之老化瀝青取代新鮮瀝青，即可大幅改善基底瀝青之性能。由韌性、多重應力潛變恢復試驗及線性振福掃描之結果可得知兩種再生瀝青黏結料之最佳取代量分別為24.8%與22%，再透過公式反推可得知在RAP含量為20%時混合程度約為100%；含量為30%時混合程度約為69%；含量為40%時混合程度約為51.7%。原子力顯微鏡之結果顯示出再生瀝青黏結料微觀結構隨再生瀝青增加而產生峰相(Bee Phase)之崩解，與純瀝青的完整峰相結構

截然不同，推測再生瀝青黏結料受萃取過程中所加入之甲苯影響甚大，或是因其他添加劑(如再生劑或改質劑)加入而導致峰相結構顯示崩解。瀝青拌合圖建議應考量韌性、黏結力、車轍以及疲勞等相關平衡性質，傳統仰賴黏滯度之拌合圖恐造成誤判。

Monumental: The Greatest Architecture Created by Humankind

為了解決Life ring的問題，作者Kunth Verlag 這樣論述：

A stunning photo book featuring portraits and summaries of 169 masterpieces from 10,000-plus years of architectural history, from churches and temples, castles and caves to pyramids and palaces, walls, towers, and more! The iridescent play of light through Gothic windows. Skyscrapers gleaming in the

sun. The worn steps of a Mayan pyramid. Indian temples rich in detailed reliefs. Buildings move us, protect us, and give us places for devotion and contemplation, political debate, and artistic expression. Here, humankind’s architectural masterpieces are presented in outstanding photographs, accomp

anied by texts that highlight interesting facts about each monument’s history. Presented chronologically, this organization reveals often-overlooked parallels among cultures worldwide: Who would have thought that while the Romans were discussing politics at the Forum, life was flourishing in the Mex

ican city of Teotihuacán? Or that the Great Mosque of Djenné and St. Patrick’s Cathedral were built at the same time? This captivating book will take you on a global exploration of humanity’s greatest architectural achievements, all of which bear witness to their time. CONTENTS / List of Places Gob

ekli Tepe 14 Newgrange 16 Stonehenge 18 Ring of Brodgar 20 Pyramids of Giza 22 Great Sphinx 24 Luxor Temple 26 Karnak Temple Complex 28 Abu Simbel 30 Abu Simbel: Temple of Hathor 32 Persepolis 34 Delphi 36 Acropolis of Athens 38 Philae Temple of Isis 40 Petra 42 Nemrut Dağı 44 Wailin

g Wall 46 Roman Forum 48 Colosseum 50 Pantheon 52 Ephesus 54 Copan 56 Church of the Holy Sepulcher in Jerusalem 58 Basilica of Saint Mary Major 60 Palenque 62 Chichen Itza 64 Tikal 66 Hagia Sophia 68 Ellora Caves 70 Al-Masjid Al-Nabawi 72 Masjid al-Haram 74 Hagia Sophia 76 Uxmal 78

Teotihuacan 80 Leshan Giant Buddha 82 Borobudur Temple 84 My Son 86 Aachen Cathedral 88 Great Wall of China 90 Dambulla Cave Temple 92 Ruins of Angkor 94 Imam Reza Shrine 96 Itchan Kala 98 Khajuraho Group of Monuments 100 Rani Ki Vav 102 Speyer Cathedral 104 Piazza del Duomo of Pisa (Cat

hedral Square, Pisa) 106 Canterbury Cathedral 108 Mont-Saint-Michel Abbey 110 St. Stephan’s Cathedral in Vienna 112 Strasbourg Minster 114 Great Mosque of Djenne 116 St. Patrick’s Cathedral, Dublin 118 Chartres Cathedral 120 Minaret of Jam 122 Lalibela Church 124 Salamanca Cathedral 126 Do

ge’s Palace 128 Piazza del Campo 130 Durham Cathedral 132 Chan Chan 134 Reims Cathedral 136 St. Mary’s Basilica, Krakow 138 Toledo Cathedral 140 Cologne Cathedral 142 Kōtoku-in 144 Roskilde Cathedral 146 Florence Cathedral 148 Palazzo Vecchio 150 Westminster Abbey 152 Castles of King Edwa

rd in Gwynedd 154 Albi Cathedral 156 Cite de Carcassonne 158 St. Vitus Cathedral, Prague 160 Alcazar of Seville 162 Alhambra 164 Ayutthaya City 166 Bagan 168 Himeji Castle 170 Ulm Minster 172 Milan Cathedral 174 Sukhothai Historical Park 176 Meteora Monasteries 178 Moai 180 Shah-i-Zind

a 182 Gur-e Amir 184 Forbidden City 186 Machu Picchu 188 Sistine Chapel 190 Mosque-Cathedral of Cordoba 192 Sacsayhuaman 194 Amber Fort 196 Jeronimos Monastery of Belem 198 St. Peter’s Basilica 200 Royal Site of San Lorenzo de El Escorial 202 Registan 204 Selimiye Mosque 206 Kremlin Cath

edrals 208 Saint Basil’s Cathedral, Moscow 210 Sultan Ahmed Mosque 212 Taj Mahal 214 Palace of Versailles 216 Shah Jahan Mosque 218 St. Paul’s Cathedral 220 Opera Garnier 222 Wurzburg Residence 224 Potala Palace in Lhasa 226 Meherangarh Fort 228 Melk Abbey 230 Library of Trinity College

232 Margravial Opera House, Bayreuth 234 Pilgrimage Church of Wies 236 Schonbrunn Palace 238 Summer Palace, Peking 240 Teatro alla Scala 242 Abbey Library of Saint Gall 244 Grand Palace, Bangkok 246 United States Capitol 248 City Palace, Jaipur 250 Saint Isaac’s Cathedral 252 Papal Basili

ca of Saint Paul Outside the Walls 254 Walhalla 256 Galleria Vittorio Emanuele II 258 Vienna State Opera 260 Spanish Synagogue, Prague 262 Neuschwanstein Castle 264 Natural History Museum 266 Brooklyn Bridge 268 Kunsthistorisches Museum of Vienna 270 Museum of Natural History of Vienna 272

Tower Bridge 274 Church of the Resurrection of Jesus Christ 276 Hungarian Parliament Building 278 Eiffel Tower 280 Basilica de la Sagrada Familia 282 Palace of Catalan Music, Barcelona 284 Mount Rushmore National Memorial 286 Chrysler Building 288 Empire State Building 290 Golden Gate Bridg

e 292 St. Joseph’s Church, Le Havre 294 Cathedral of Brasilia & National Congress Building 296 Sydney Opera House 298 Arche de la Defense 300 Hassan II Mosque 302 Oriental Pearl Tower 304 Guggenheim Museum, Bilbao 306 Petronas Towers 308 Burj al Arab 310 Valencia Opera House 312 Shanghai

World Financial Center 314 National Center for the Performing Arts, Peking 316 Oslo Opera House 318 Sheikh Zayed Mosque 320 Burj Khalifa 322 Abraj Al-Bait Towers 324 Guangzhou Opera Hous

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

為了解決Life ring的問題，作者葉南宏 這樣論述：

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。