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Railway Accidents in Italy

為了解決air-conditioned room的問題，作者Not Available (NA) 這樣論述：

Chapters: August 1980 Bologna Bombing, 2009 Viareggio Train Derailment, Italicus Express Bombing 1974, Balvano Train Disaster, 2006 Rome Metro Crash, Train 904 Bombing, Frejus Railway Accident. Source: Wikipedia. Pages: 37. Not illustrated. Free updates online. Purchase includes a free trial members

hip in the publisher's book club where you can select from more than a million books without charge. Excerpt: The Bologna massacre (Italian: ) was a terrorist bombing of the Central Station at Bologna, Italy, on the morning of 2 August 1980, which killed 85 people and wounded more than 200. The atta

ck has been attributed to the neo-fascist terrorist organization, Nuclei Armati Rivoluzionari, and connected to the EU-investigated Operation Gladio. At 10:25 a.m., a timed improvised explosive device (IED) contained in an unattended suitcase detonated inside an air-conditioned waiting room, which,

the month being August (and with air conditioning being uncommon in Italy at the time), was crammed full of people. The IED was made of TNT, T4 and a "Compound B," also known as Composition B. The explosion destroyed most of the main building and hit the AnconaChiasso train that was waiting at the f

irst platform. The blast was heard for miles. The roof of the waiting room collapsed onto the passengers, which greatly increased the total number killed in the terrorist attack. On that summer Saturday the station was full of tourists and the city was unprepared for such a massive incident. There w

ere not enough ambulances, so buses and taxis were used to transport wounded victims to hospitals. The attack was recorded as the worst atrocity in Italy since WWII. The next day, police investigators found metal fragments and scraps of plastics near the source of the explosion. The Italian Governme

nt led by Prime Minister Francesco Cossiga first assumed the explosion to have been caused by an accident, but within a short time the NAR were shown to be respons...http: //booksllc.net/?id=235571

air-conditioned room進入發燒排行的影片

可應用於智慧型隱形眼鏡讀取系統之自適應性演算法研發

為了解決air-conditioned room的問題，作者陳禮洋 這樣論述：

本研究提出一套測量淚液蒸散速率的量測系統，以智慧型隱形眼鏡搭配RFID讀取器為基礎，發展非侵入式量測方式。在本研究中，智慧型隱形眼鏡系統透過感測電容值變化得出病人的淚液蒸散速率。在量測過程中，為了使系統能夠在眨眼以及高蒸散速率的空調環境下保持良好的通訊品質。與此同時電容感測器的感測範圍保持在高動態響應範圍內，因此透過在使用者介面開發自動追蹤演算法以及自動調整輸出功率機制來達成以上的需求，並在模具底下進行測試並成功驗證，本論文所提出的查表演算法能在9步內將系統輸出值調整至目標值的正負10%範圍內且輸出功率不超過30 dBm，同時在豬眼上能夠穩定的量測到感測電容值。抽打水實驗進行模擬人眨眼生理現

象，確保系統能夠在不同濕潤度下仍能透過調整傳輸功率以及感測晶片的感測電容值範圍。最終以本論文所提出的讀取系統在室溫25 ℃下蒸散速率15.1 cm⁄min量測出0.14 pF電容值變化且也能夠隨著抽水及打水時調整傳輸功率。