Sentence examples for temperature pinch from inspiring English sources

Parisian-Style Lemon Macaroons For the lemon-curd filling: 4 ounces (1 stick) unsalted butter 1 cup superfine sugar 3 large eggs, beaten Zest of 2 lemons Juice of 2 lemons For the macaroons: 1 cup almond flour 1 1/4 cups confectioners' sugar 3 large egg whites, at room temperature Pinch of salt * cup superfine sugar 10 drops yellow food coloring.

Fané 3 large egg whites, at room temperature Pinch of salt ¼ teaspoon cream of tartar ¾ cup plus 5 tablespoons superfine sugar Cooking-oil spray 3 pints vanilla ice cream, softened 5 cups heavy cream, chilled 1 ½ teaspoons vanilla 12 ounces hard white nougat, crushed into small pieces ¾ cup (about 3 ounces) shaved bittersweet chocolate.

The temperature pinch of heat exchanger is 10 °C.

The optimization variables are the evaporating pressure, condensation temperature, pinch point in the heater and cooler and recuperator effectiveness.

where ΔTr represents the temperature pinch in the regenerator, assumed identical at the two extreme orifices of the regenerator: ΔTr = Tf ′ - Tf = Tc - Tc ′. (25).

In the second part of this work, the realistic minimum energy consumption is assessed with some assumptions about compressor and pump efficiency, temperature pinch and overall process conditions.

Refrigerant fluid temperatures on heat exchangers of the ACS are calculated using usual temperature pinches: t_{text{EvACS}} = t_{text{EveACS}} - varDelta t_{text{EvACS}} (41) t_{{ 3 {text{ACS}}}} = t_{text{GiACS}} - varDelta t_{text{GACS}} (42).

Optimized operating parameters of cycles include evaporators and regenerative temperatures, pinch point temperature difference of evaporators and degree of superheat.

The increase in the condensation temperature and pinch point temperature difference of evaporator of ORC and increase in pinch point temperature difference of heat recovery steam generator cause the first and second law efficiency to fall down and also to increase the total cost rates of the system.

The relevant performance of the combined plant at the designed conditions is simulated iteratively, and the influences from the condensing temperature and pinch temperature difference (PTD) are investigated.

Furthermore, fifteen sets of working conditions with combinations of evaporation pressure, source temperature, and pinch point condition are passed through a step by step energetic and exergetic analysis.