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燃烧计算
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  combustion calculation
     CAD System for Heat Equipment in Ceramic Industry(Ⅲ) Fuel refernce standard transformation and combustion calculation
     陶瓷工业热工设备CAD系统开发及应用 (Ⅲ) 燃料基准转换及燃烧计算
短句来源
     SOME STATISTICAL FORMULAE OF COMBUSTION CALCULATION OF FUEL IN CHINA
     我国燃料燃烧计算的若干统计公式
短句来源
     This paper intends to consummate the method of combustion calculation.
     通过例题计算,有益于完善燃烧计算的方法.
短句来源
     The technological parameters of pressure and flow of the solution spout,the atomization spout and the oxy-acetylene spout were determined by complete combustion calculation,atomization experiments of initial liquid and combustion experiments.
     通过完全燃烧计算、雾化试验和燃烧试验 ,确定了溶液喷口、雾化剂 (O2 )喷口和氧—乙炔喷口的压力和流量的工艺参数。
短句来源
     After combustion calculation of different nozzles are finished by using maximum firing pressure and fuel consumption rating as indexes, reasonable nozzle's parameter is found.
     对不同喷油嘴进行燃烧计算,以最高燃烧压力和燃油消耗率为指标,选取合理的喷油嘴参数。
短句来源
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  “燃烧计算”译为未确定词的双语例句
     Calculation Program VB of Fuel Combustion
     燃料燃烧计算VB程序
短句来源
     The system of hot gas is compared with that of diesel oil through engineering calculation, and thus it can be seen, to meet the need of the combustion atmosphere at 1260℃, every combustor needs consume 36.962Nm3/h of gas and 42.913 Nm3/hof air in an hour.
     通过工程燃烧计算,将热煤气与柴油燃烧系统进行对比,得出欲满足隧道窑烧制劈离砖1260℃左右的烧成气氛,理论上每小时每个燃烧器所耗煤气量为36.962Nm3/h,助燃空气需求量为42.913 Nm3/h。
短句来源
     Numerical Simulation and Analysis on the Combustion of Anode Baking Furnace
     阳极焙烧炉的燃烧计算与分析
短句来源
     According to Taits mean heat flux method, this paper turned thermal process into formulation and offers a BASIC language program on thermal calculation of 2-zone reheating furnace, the calculation including fuel combustion, heat transfer in furnace, slab heating and thermal balance of furnace.
     本文依泰茨平均热流法,将过程数式化,给出轧钢两段式连续加热炉热工计算BASIC语言程序,包括燃料燃烧计算、炉内传热计算、钢坯加热计算及炉子热平衡计算。
短句来源
     Discussing on the Combustion Computing Method of Changing the HighTemperature Furnace's Energy
     高温炉窑能源更换时的燃烧计算方法探讨
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  相似匹配句对
     Agraphic Representation Method for Calculating Fuelv combustion
     燃料燃烧计算的图示法
短句来源
     We also give a new correction factor to simplify the calculation of the Unstatistic.
     的计算
短句来源
     The Calculation of the Heat Release Rates in Diesel Engine
     柴油机燃烧放热率的计算
短句来源
     Calculation of Skewed Plates
     斜板的计算
短句来源
     combustion & heat transfer;
     燃烧和传热;
短句来源
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  combustion calculation
The energy formulae is given: Nz=Kα0 L0 (15)GH/102gh through combustion calculation and test revision.
      


A computational combustion model-'heat releasing-distributing'model —has been developed for the indirect-injection Diesel engines which, from the point of 'instantaneous heat-release distribution', can calculate the combustion processes of both main-and-pre-chamber. On the basis of the model, a cycle-simulation for the IDI engines has been constructed and used for the simulation of engine cycle. Relevant experiments are conducted to verify the results of cycle-simulation. The results show that simple predictive...

A computational combustion model-'heat releasing-distributing'model —has been developed for the indirect-injection Diesel engines which, from the point of 'instantaneous heat-release distribution', can calculate the combustion processes of both main-and-pre-chamber. On the basis of the model, a cycle-simulation for the IDI engines has been constructed and used for the simulation of engine cycle. Relevant experiments are conducted to verify the results of cycle-simulation. The results show that simple predictive method is of quite good accuracy and, compared with other combustion-simulation methods avaiable, the method present here has a better discription of the interaction between the combustion processes of main-chamber and pre-chamber.

本文针对非直喷式柴油机,建立了一种实用的燃烧计算模型—“放热率—分配率”模型,由“瞬时放热分配”的概念出发,进行主、副燃烧室的燃烧放热计算。以此燃烧模型为基础,构造了非直喷式柴油机的循环模拟方法,应用于发动机实际工况的计算,同时进行了相应的实验验证。结果表明,所建立的模拟方法简单、实用并具有较高的准确性。与现有的几种燃烧模拟方法相比,能更充分地反映出主、副燃烧室内燃烧过程的相互联系和相互影响。

Based on the experimental result of single washery tailng granule conbuston in FBC, This paper present a simplify model of combustion.In this model some new idea is presented in evaporation process and char combustion proess.The calculation results is suit for the experiment. This model could be used for many othe coal type if the coal parameter such as activty energy of char combustion and volitle release, diffusion coeffient of oxygen, through ash layer and so on are used and also it could be used for Coal-Water...

Based on the experimental result of single washery tailng granule conbuston in FBC, This paper present a simplify model of combustion.In this model some new idea is presented in evaporation process and char combustion proess.The calculation results is suit for the experiment. This model could be used for many othe coal type if the coal parameter such as activty energy of char combustion and volitle release, diffusion coeffient of oxygen, through ash layer and so on are used and also it could be used for Coal-Water Slurry in FBC.

本文提出了单颗煤泥团在沸腾炉内燃烧机理试验结果及简化模型。在实验的基础上,在模型中提出了关于水分蒸发,焦碳燃烧等过程的一些新见解,并将理论计算结果与实验进行对比,二者吻合较好。说明模型与实际情况较为符合,只要将模型中许多由实验确定的参数如焦碳燃烧活化能,灰层扩散系数中的常数等改为其他煤种的参数本模型可以推广到煤粒及水煤浆流化床燃烧计算用。

The present paper has summed up the main research achievements in the field of transient combustion of a solid metallized propellant in an acceleration field and discussed their improprieties in the aspects of size distribution of metallic particles and the relations between the deformation parameters and strain modulus of the metallic fused blocks.A set of equations for calculating the transient combustion performance of metallized propellant in a acceleration field have been established and solved. The results...

The present paper has summed up the main research achievements in the field of transient combustion of a solid metallized propellant in an acceleration field and discussed their improprieties in the aspects of size distribution of metallic particles and the relations between the deformation parameters and strain modulus of the metallic fused blocks.A set of equations for calculating the transient combustion performance of metallized propellant in a acceleration field have been established and solved. The results obtained by the equation are satisfied.

本文综述了含金属固体推进剂在加速度场中燃烧时瞬态燃烧领域的一些主要研究成果,指出了其中存在的某些阴显的不妥之处,如:金属颗粒的尺寸分布,金属球团变形参数与变形模量的关系.本文在综合有关模型的基础上,提出了含金属推进剂在加速度场中燃烧的计算方程组,并求解确定了其瞬态燃烧特性,所得结果比较满意,可供发动机设计和推进剂配方设计时参考.

 
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