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METHOD OF GASIFICATION PROCESS MODELLING FOR RESIDUAL LIQUID ROCKET FUEL AND DEVICE FOR METHOD IMPLEMENTATION

机译:剩余液体火箭燃料的气化过程建模方法及实现方法的装置

摘要

FIELD: power industry.;SUBSTANCE: group of inventions can be used in physical modelling of gasification of residual liquid fuel in tanks of detachable parts (DP) of carrier rockets (CR) in low gravitation, using experimental simulation aggregates on the ground and in pilot CR launches with gasification systems. Gasification modelling method for residual liquid rocket fuel component (RFC) in DP tanks of CR is based on addition of heat carrier (HC) with given parameters to experimental aggregate, maintenance of defined interaction conditions in contact area of HC with the surface of liquid RFC to be gasified, temperature and pressure measurement in different points of experimental installation, additional HC flow rate measurement in different points of experimental installation, and calculation of total heat transferred to experimental installation volume through the whole experiment on the basis of measurements made.;EFFECT: improved reliability of experimental study results, reduced cost of experiments upon detection of unreliable measurements or equipment failure by experiment termination, improved measurement reliability.;5 cl
机译:领域:一组发明可以在地面上和地面使用实验模拟聚集体,以低重力作用对运载火箭(CR)的可拆卸部件(DP)的储罐中的残留液体燃料进行气化的物理建模。试点CR用气化系统启动。 CR DP储罐中残留液态火箭燃料成分(RFC)的气化建模方法是基于在实验骨料中添加具有给定参数的载热体(HC),维持HC与液态RFC表面接触区域中定义的相互作用条件进行气化,在实验装置的不同位置进行温度和压力测量,在实验装置的不同位置进行附加的HC流量测量,并根据测量结果计算整个实验过程中传递到实验装置总体积的总热量。 :提高了实验研究结果的可靠性,降低了由于实验终止而检测到的不可靠测量值或设备故障时的实验成本,提高了测量可靠性。5cl

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