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＜p＞＜strong＞＜em＞NEW YORK TIMES＜/em＞ BESTSELLER ? Laurie Notaro has an uncanny ability to attract insanityーand leave readers doubled over with laughter. Need proof? Check out ＜em＞The Idiot Girl and the Flaming Tantrum of Death＜/em＞ and try not to bust a gut.＜/strong＞＜/p＞ ＜p＞Join Notaro as she experiences the popular phenomenon of laser hair removal (because at least one of her chins should be stubble-free); bemoans the scourge of the Open Mouth Coughers on America’s airplanes and in similarly congested areas; welcomes the newest ex-con (yay, a sex offender!) to her neighborhood; and watches, against her own better judgment, every Discovery Health Channel special on parasites and tapeworms that has ever airedーresulting in an overwhelming fear that a worm the size of a python will soon come a-knocking on her back door.＜/p＞ ＜p＞In Notaro’s world, strangers are stranger than fiction. One must always check the hotel bathroom for hobo hairs and consciously remember not to stare at old men with giant man-boobies. And then there are the lessons she has learned the hard way: Though it may seem like a good idea, it’s best not to hire a tweaked-out homeless guy to clean up your yard.＜/p＞ ＜p＞＜em＞The Plain Dealer＜/em＞ says that Laurie Notaro is “a scream, the freak-magnet of a girlfriend you can’t wait to meet for a drink to hear her latest story.” With ＜em＞The Idiot Girl and the Flaming Tantrum of Death,＜/em＞ Notaro proves she’s not only funny but resigned to the fact that you can’t look bad ass in a Prius. Don’t even try.＜/p＞画面が切り替わりますので、しばらくお待ち下さい。
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＜p＞Doctoral Thesis / Dissertation from the year 2006 in the subject Electrotechnology, grade: 1, mit Ausgezeichnung bestanden, Vienna University of Technology (Insitut f?r Photonik), language: English, abstract: In this PhD thesis different fundamental aspects and the practical usability of a laser ignition system as a new, innovative and alternative ignition approach for internal combustion engines were investigated in great detail mainly experimentally. Ignition experiments in combustion chambers under high pressures and elevated temperatures have been conducted. Different fuels were investigated. Also the minimum breakdown energy in dependence of the initial temperature and pressure with the help of an aspheric lens with a high numerical aperture was studied. High-speed Schlieren diagnostics have been conducted in the combustion chamber. The different stages like the ignition plasma within the first nanoseconds via the shock wave generation to the expanding flame kernel were investigated. With the help of multi-point ignition the combustion duration could be reduced significantly. The controlled start of auto-ignition of n-heptane-air mixtures by resonant absorption of Er,Cr:YSGG laser radiation at 2.78 μm by additionally introduced water has been proven in combustion chamber experiments as a completely new idea. Beside experiments in the combustion chambers and long term tests under atmospheric conditions, various tests in SI engines up to 200 h, have been made. Different sources of contamination of the window surface have been identified. First experiments with a longitudinally diode-pumped, fiber-coupled and passively Q-switched solid-state laser ?-prototype system with maximum pulse energy of 1.5 mJ at about 1.5 ns pulse duration were performed which allowed to ignite the engine successfully over a test period of 100 h. In cooperation with Lund University in Sweden, experiments have been performed on another engine test bed running in HCCI mode revealing the laser spark to be able to stimulate the auto-ignition process and to trigger the onset of combustion. In another international cooperation conducted with the Southwest Research Institute in Texas, U.S.A., the potential of laser ignition in combination with the so called HEDGE concept was studied. As a final direction of the work, first calculations and experiments of a ?- prototype ignition laser of an own design have been conducted. The concept of a longitudinally diode-pumped, fiber-coupled and passively Q-switched solid-state laser was chosen as the most promising. Emitted pulse energy of 2 mJ within around 1 ns pulse duration was achieved easily allowing generating a laser-induced breakdown in air.＜/p＞画面が切り替わりますので、しばらくお待ち下さい。
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