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Fulfillment of Diesel Cycle in Internal Combustion Engines

机译:在内燃机中实现柴油循环

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It could be fairly called combustion the oxidization of the fuel in engines, if it does not happen with rapid pressureincrease, with other words, explosion. Opposite of that, the fulfillment of Diesel cycle in internal ‘combustion’ engines,or different way to compose, the realizations of the burning in vicinity of constant pressure, the quiet burning competesagainst the loos soot development. Also, avoiding the explosion and its result of high peak pressure and peaktemperature, that would limit the development of harmful Nitrogen oxides (NOx). By keep maintaining the averagetemperature of fuel burning, it preserves the efficiency of the motor, alongside with lover peak pressure in it. The lowerpeak pressure reduces the requirement of the motor strength and weight, though by keeping the same performanceability. So that the fulfillment of Diesel cycle in internal ‘combustion’ engines, it is a favorable probability forenvironment protection without compromising efficiency and would provide significant transformations the status andapproval of the engine. This technique is a vital tool for a real substantial way improving the Diesel engine, which enginerole in application indispensable in wide important areas of the practical life and many places cannot be substituted withother kind of engine. The fact is that the conventional contemporary Diesel engine is not anymore accepted ofenvironment protection reason and the industry has no other option than introducing the vitally improved Diesel engineoperating with a proximate Diesel cycle.
机译:它可以相当称为燃烧发动机中燃料的氧化,如果它不会发生在快速的压力下,用其他词语,爆炸。与此相反,在内部“燃烧”发动机中的柴油周期实现,或不同的方式,燃烧的燃烧的恒定压力附近,安静的燃烧竞争激烈的洛斯飙升。此外,避免爆炸和其高峰压力和山峰的结果,这将限制有害氮氧化物(NOx)的发育。通过保持燃料燃烧的平均温度,它可以保留电动机的效率,以及其中的情人峰值压力。 LowerPeak压力降低了电动机强度和重量的要求,但通过保持相同的性能。因此,在内部“燃烧”发动机中实现柴油循环,这是一个有利的概率环境保护,而不会影响效率,并将提供显着的转变状态和发动机的状态和普遍的变换。这种技术是一种重要的工具,它是一种改善柴油发动机的真正大量的方式,该柴油发动机在实际生命的广泛重要领域中的应用中不可或缺,并且许多地方不能被其他类型的发动机代替。事实是,传统的当代柴油发动机不再接受了环境保护理由,而且该行业没有其他方案,而不是引入具有近端柴油循环的最大改进的柴油。

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