Much of the film reheats the tropes and the tunes from 1992.
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Alfredo sauce never reheats well and this TJ's sauce is no exception.
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R. reheats his burrito from yesterday and eats that before he heads out for work.
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It's pretty healthy, but I mostly continue to make it because it's super easy and reheats well.
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M. reheats rotisserie chicken and serves it with a cucumber salad with tomato and avocado, similar to yesterday's meal.
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Each one holds 108 slices and reheats them in a conveyor oven in about one minute and 40 seconds.
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It's not more expensive than a normal microwave; it reheats food like a normal microwave — which is boring and yet something everyone does.
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I fix Z.'s dinner (ravioli, two Cuties, some cheddar cheese, and a few cherry tomatoes), while R. reheats chili and cornbread for us.
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The new WTO complaint reheats a dispute that the United States launched in January, days before Trump took office, challenging Canada over rules for wine retailing in grocery stores in the province of British Columbia.
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While this isn't news, even to reheats (see Diamond Leung's tweet from 2014 below), these kinds of throwback athletic path-crossings seem to be getting a second look when certain players meet and the stakes are high.
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Either he reheats the dinner plate we made for him hours ago, unappetizingly congealed in the fridge under plastic wrap, or he's just tired enough to come right to bed despite a 12-hour shift without a break long enough to eat.
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Advertise on Hyperallergic with Nectar Ads Oren Jacoby's Shadowman — which premieres today at the Tribeca Film Festival — reheats the tropes of documentaries about art in 1980s New York City (the crack epidemic, AIDS, the uptown/downtown clash, and more), but its subject makes it noteworthy.
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In this case a tape can be put black, because the leaves give shade him and prevent that the sun reheats the zone to etiolate, reason why can be done without the newspaper blade.
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In 1972, John Nuckolls outlined the idea of ignition. This is a fusion chain reaction. Hot helium made during fusion reheats the fuel and starts more reactions. John argued that ignition would require lasers of about 1 kJ.
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The cold air then enters the compressor, where it is repressurized, which reheats the air. A pass through the secondary "ram air heat exchanger" cools the air while maintaining the high pressure. The air then passes through a turbine which expands the air to further reduce heat. Similar in operation to a turbo- charger unit, the compressor and turbine are on a single shaft.
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The elements are then used in the "reheat" function. Although the thermostat may indicate the system is in defrost and electric heat is activated, the defrost function is not controlled by the thermostat. Since the heat pump has electric heat elements for supplemental and reheats, the heat pump thermostat provides for use of the electric heat elements should the refrigeration system fail. This function is normally activated by an "E" terminal on the thermostat.
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The afterburner combustor reheats the gas but to a much higher temperature () than the TET (). As a result of the temperature rise in the afterburner combustor, the gas is accelerated, firstly by the heat addition, known as Rayleigh flow, then by the nozzle to a higher exit velocity than occurs without the afterburner. The mass flow is also slightly increased by the addition of the afterburner fuel. The thrust with afterburning is .
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Using reheat in a cycle increases the work output from the turbine and also the expansion reaches conclusion before the steam condenses, thereby minimizing the erosion of the blades in last rows. In most of the cases, maximum number of reheats employed in a cycle is 2 as the cost of super- heating the steam negates the increase in the work output from turbine. Extracting type turbines are common in all applications. In an extracting type turbine, steam is released from various stages of the turbine, and used for industrial process needs or sent to boiler feedwater heaters to improve overall cycle efficiency.
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Next, those sections (containing the latent image) are warmed and applied to the surface of a gather of hot glass on the blowpipe. As the object is completed over several furnace reheats, the heat develops the image as the object is being created. This method specifically eliminates the need for the reheating of the object in a kiln for development, which consumes considerable oven time, energy, and the risk of loss or damage due to shattering on the way up to temperature, or more importantly, slumping while being held at temperature. The timing of the glassblower determines the final degree of development, and simple choices of form minimize distortion in the image.
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