So yes, you can make "Thin Mint" brownies or "Samoa" caramel and coconut cupcakes.
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It should not be news at this late date that thick novels make thin musicals.
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Angle your knife at 45 degrees and make thin ¼-inch-thick cuts against the grain.
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Joe: So, if you get really close to the ground, you can make thin lines.
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The Veggetti Pro also came with three different blades that allowed me to make thin spirals, thick spirals, or ribbon-cut noodles.
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Her life is captured in nuanced ways that don't make her the butt of fatphobic jokes and stereotypes that make thin audiences laugh.
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In Andalusia, Roman mills with enormous grindstones, originally used for making olive oil, ground the cellulose exceedingly fine, helping to make thin, smooth paper.
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Part of the obsession was driven by xenophobia: Nativists feared that the sudden influx of immigrants from southern and Eastern Europe would make thin gruel of hearty American stock.
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Author's Note: How to Slice for Ceviche When you cut fish for ceviche, angle your knife at 45 degrees and make thin cuts against the grain so that each piece is about ¼-inch thick.
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Other companies, like Garmin and Xiaomi, also make thin activity-tracking wristbands with heart rate sensors, and Jawbone (while hardly a paradigm of consumer activity tracking these days) has offered detailed sleep tracking for years.
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Single layers of graphite were observed by TEM within bulk materials, in particular inside soot obtained by chemical exfoliation. Efforts to make thin films of graphite by mechanical exfoliation started in 1990, but nothing thinner than 50 to 100 layers was produced before 2004.
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Some were designed to be fixed to the top of pilgrim staffs. Freshly cast, lead alloy is shiny and bright but it tarnishes rapidly. To make thin, lead alloy badges, makers would have to create a eutectic alloy. Only at a specific ratio would lead and tin cast thin enough to make the most of the cheapest metal.
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Hopper cooling has now largely disappeared. Lighter and more efficient engines were developed post- WWII, using air cooling. These were developed from motorcycle engines and made use of developments in aluminium casting to make thin-walled cylinder blocks with cast-in cooling fins. These are simpler in operation and do not require water, level checking or anti-freeze.
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The most used substrate is indium phosphide (InP). Other substrates like glass or ceramic can be applied for special applications. To facilitate nucleation, and to avoid tension in the grown layer the thermal expansion coefficient of substrate and grown layer should be similar. Centrifugal liquid-phase epitaxy is used commercially to make thin layers of silicon, germanium, and gallium arsenide.
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Researchers at the Massachusetts Institute of Technology (MIT) had developed binary optics; a way of making very thin diffractive optics with the efficiency of refractive optics. Optical devices use reflection, refraction, or diffraction to move light around. Optics which use refraction, such as lenses, are usually designed to reduce refraction. The binary optics found in ChromaDepth 3-D glasses, combine refraction and diffraction to make thin optics that act like thick glass prisms.
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Between 1831 and 1834, Michael Faraday discovered the solid electrolytes silver sulfide and lead(II) fluoride, which laid the foundation for solid-state ionics. In the late 1950s, several electrochemical systems employed solid electrolytes. They used a silver ion, but had low energy density and cell voltages, and high internal resistance. A new class of solid-state electrolyte, developed by the Oak Ridge National Laboratory in the 1990s, was used to make thin film lithium-ion batteries.
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Chaki can be divided into two broad categories: those made of ceramic, and those made of wood or bamboo. Normally, ceramic chaki are for use in the procedures to make thick tea (koicha), and are called chaire (, "tea container")(ja) or koicha-ki (; "implement for thick tea"). Wood or bamboo chaki normally are for use in the procedures to make thin tea, and are also called usucha-ki (), "implement for thin tea," often abbreviated usuki). Commonly these are of the shape category called natsume (, "jujube")(ja), and so usucha-ki in general tend to be loosely referred to as natsume.
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The fermentation temperatures are kept high, with the skins being frequently pumped over and punched down for the benefit of tannin levels and color extraction to achieve the characteristic dark Châteauneuf color. Beginning in the 1970s, market tendencies to prefer lighter, fruitier wines that can be drunk sooner have prompted some estates to experiment with carbonic maceration. Low yields are considered critical to the success of Châteauneuf-du-Pape with the principal grape varieties tending to make thin and bland wine when produced in higher quantities. The AOC requirements limit yields to 368 gallons per acre, which is nearly half the yields allowed in Bordeaux.
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Plastic resins suitable for thin-wall molding should have high-flow properties, particularly low melt viscosity. In addition, they need to be robust enough to avoid degradation from the heat generated by high shear rates (high injection speeds) Some plastic manufacturers make plastics specifically for thin wall applications that have excellent flow properties inside the mold cavity. For example, plastic manufacturer Sabic has a polypropylene food contact grade plastic which is specifically designed for thin wall margarine containers and lids.[Stretching the limits in rigid packaging by Chris Smith, Injection world Magazine, March 2012] Another plastic manufacturer, Bayer, makes a blend of Polycarbonate (PC) and Acrylonitrile butadiene styrene (ABS) specifically designed to make thin wall mobile housings.
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He is best known for his 1837 discovery of Purkinje cells, large neurons with many branching dendrites found in the cerebellum. He is also known for his discovery in 1839 of Purkinje fibres, the fibrous tissue that conducts electrical impulses from the atrioventricular node to all parts of the ventricles of the heart. Other discoveries include Purkinje images, reflections of objects from structures of the eye, and the Purkinje shift, the change in the brightness of red and blue colours as light intensity decreases gradually at dusk. Purkyně also introduced the scientific terms plasma (for the component of blood left when the suspended cells have been removed) and protoplasm (the substance found inside cells.) Purkyně was the first to use a microtome to make thin slices of tissue for microscopic examination and was among the first to use an improved version of the compound microscope.
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