固体燃料

这个锅炉烧固体燃料。

The boiler uses solid fuel .

浅谈电站锅炉固体燃料燃烧技术的发展与NOX排放治理

Developing trend of burning technology of the solid fuel flame for utility boiler and controlling of NO_X emission

Pt｜YSZ｜Ag固体燃料电池研究

Study of a Pt YSZ Ag Solid Fuel Cell

固体燃料是碳素流输入的主要形式，而CO2则是碳素流输出的主要形式；

Solid fuels are the main input form of carbon element flow , while CO_2 is the main output form .

固液混合火箭用固体燃料SQ型配方工艺性能改善研究

Study on Improving Technological Properties of Solid Fuel SQ Formulation Used in Solid-Liquid Hybrid Rocket

利用高速摄像技术，研究了小药量无约束空间纯铝粉、FAE固体燃料的一次引爆爆炸分散实验过程。

The process of the explosion dispersion FAE charge and of aluminum powder is investigated through high speed video-photography .

固体燃料消耗、烧结矿FeO含量分别下降了5.2kg/t、0.52%；

The solid fuel consumption and the FeO content of the sintered ore have been reduced by 5.2 kg / t and 0.52 % respectively ;

气化联合循环发电（IGCC）的核心技术是德士古第二代以固体燃料为进料的气化技术。

The key for the Integrated Gasification Combined Cycle ( IGCC ) is the second-generation gasification technology , in which the solid fuel is taken as the feedstock .

应用PHOENICS软件模拟了固体燃料冲压发动机（SFRJ）的冷流和以HTPB、PS为推进剂的简单反应流。

Cold flow field and simple reaction flow field of the combustion of HTPB and PS within the solid fuel ramjet ( SFRJ ) are simulated using PHOENICS program .

对采用液态氧化剂HNO380%+N2O420%（质量比）和某型固体燃料（热分解产物主要是C4H6）组合的固液火箭发动机内燃烧、流动与燃面退移速率进行了数值模拟。

As to liquid oxidizer HNO_380 % + N_2O_420 % ( mass ratio ) and some solid fuel ( pyrolysis gas is mainly C_4H_6 ), the last part in detail describes numerical simulation process of HRM combustion , flow and surface regression rate .

中国航天科工集团公司（CASIC）在2001年显示KT-1固体燃料运载火箭。

China Aerospace Science and Industry Corporation ( CASIC ) revealed the KT-1 solid-fuel space launch vehicle in2001 .

焦粉配比对烧结过程固体燃料燃烧的影响能明确地从温室气体COx的排放情况表现出来，而且，通过判断燃料燃烧状况，可以推测出烧结矿产质量的优劣，用于指导烧结生产。

The dosage of coke affects coke combustion in sinter bed , which can be well expressed using the emissions of greenhouse gas COx during sintering . The quality and productivity of sinter would be meaningful for the improvement of iron ore sintering .

本文开展了固体燃料热分解实验，建立了Arrhenius类型热分解关系式，在此基础上对固液火箭发动机内燃烧、流动与燃面退移速率进行了数值计算模拟。

This thesis successfully builds Arrhenius-type pyrolysis law of HRM solid fuel by carrying on an experiment research on pyrolysis behavior , and further presents numerical simulation phenomenon on combustion , flow and surface regression rate of HRM .

在固体燃料冲压发动机（SFRJ）性能分析基础上，通过数值模拟，研究了入口台阶相对高度、燃烧室和补燃室长度比对发动机推力、比冲的影响。

Based on analysis of performance of solid fuel ramjet ( SFRJ ), effects of relative height of inlet step and ratio of combustion length to aft burner length on thrust and specific impulse are studied by numerical simulation .

固体燃料爆炸分散过程实验研究

The experimental investigation of the explosion dispersion process of FAE charge

用正交设计法优选固体燃料块的配方

Optimization of the Prescription of Solid Fuel Briquet by Orthogonal Design

固体燃料-水电解制氢的研究

Preparation of hydrogen by electrolysis of solid fuel & water system

固体燃料冲压发动机旋流冷流流场数值模拟

Numerical simulation of cold swirl flow field for solid fuel ramjet

固体燃料（煤）高效燃烧炉的研究与设计

A Study and Design of Solid Fuels Burner With High Efficiency

研究了固液发动机固体燃料退移速率预示模型。

Model about regression rate of hybrid rocket motors was studied .

固体燃料冲压发动机硼燃料的燃烧

A study on combustion of boron-contained fuel for solid fuel ramjets

烧结固体燃料分加的研究

Study on step by step feeding solid fuel into sintered material

几种新型黑色固体燃料制备技术

Preparation Technology of Several Kinds of New Black Solid Fuels

烧结固体燃料燃烧动力学特征及包钢降耗途径

Burning dynamic features of solid fuel sintering and measures for reducing consumption

低温环境固体燃料烘炉与开工技术

Heating-up and starting-up of coke oven with solid fuel at low temperature

硝酸与固体燃料燃烧性能计算研究

Investigation on combustion performances of nitric acid and solid fuel

利用低温碳化技术生产清洁固体燃料

Clean solid fuels production by low temperature carbonisation for sustainable energy generation

固体燃料高温空气气化系统及关键技术

Gasification System from Solid Fuels Using High Temperature Air and Key Technology

固液混合火箭发动机固体燃料的燃速计算

Computation of fuel regression rate in classical hybrid rocket motors

可供选择的基本燃料是煤气、电、或固体燃料。

The basic choice is gas , electricity , or solid fuel .