燃烧炉

通常燃料选择天然气，本文对贫天然气/空气混合物在催化燃烧炉中Pt催化剂中毒特性和辐射效率进行了研究，分析了由于天然气中H2S的出现导致Pt催化剂的老化。

Very often , the fuel in such devices is natural gas . Poisoning effect of the Pt catalyst and radiation efficiency for lean natural gas-air mixtures were investigated in a catalytic combustion burner . The Pt catalyst ageing because of the presence of H2S from natural gas is analyzed .

实验证明该燃烧炉的设计结构和参数匹配是合理的。

A lot of experiments showed that the burner is reasonable in its design construction and parameter matching .

再运用加酸的方法除去样品中的碳酸盐，然后在燃烧炉温度为950°C时测出样品中有机碳、元素碳含量之和。

When the combustion temperature is 950 ° C , the sum of OC and EC are determined after removal of carbonates by means of adding diluted HCl .

气体煤粉混合燃烧炉TC型四通道煤粉燃烧器气相流场数值仿真

Gas-pulverized coal fired boiler Numerical Simulation of Air Phase Flow Field with TC Type Four-channel Coal Burner

应用商业化仪器元素分析仪，在燃烧炉温度为450°C时，一步测出样品中有机碳的含量；

A commercial available elemental analyzer is used when temperature in combustion furnace is set as 450 ° C , the content of OC in TSP sample can be determined directly .

本文利用Fortran语言开发了克劳斯燃烧炉和硫冷凝器单元模型。

So , Fortran language was used to develop Claus furnace and sulfur condenser unit models .

介绍了某炼油厂催化裂化装置余热锅炉技术改造中CO燃烧炉的设计改进情况。

The design of the CO combustor in the revamp of waste heat boiler of FCC unit of a refinery was modified based upon the commercial operation experience .

通过改变高温空气的预热温度，数值分析了高温空气燃烧炉内采用燃气直接喷射技术（FDI）的温度分布特性，检验了所采用的耦合数值模拟技术的有效性。

The temperature distribution of Fuel Direct Injection ( FDI ) is numerically analyzed at different preheated air temperature and the validity of the applied numerical simulation is tested .

将建立的燃烧炉和硫冷凝器单元模型作为aspenplus软件的用户模型，编译链接到aspenplus中以供使用。

The developed combustion furnace and sulfur condenser unit models were used as the user models of Aspen Plus , and were compiled and linked to Aspen Plus for use .

在对家用天然气燃烧炉改造的基础上，通过实验研究了不同燃&空比条件下NOx的排放情况以及系统燃烧的热效率特性。

Based on the experiments in the modified gas combustor used at home , the NO x emission and the thermal efficiency in the conditions of different fuel-air ratio are studied .

就两种典型粒径下的CaO探讨了燃烧炉温度、Ca/S等因素对脱硫率的影响。

With the CaO assuming two kinds of typical particle diameter explored and discussed is the effect on the desulfurization rate of such factors as combustion furnace temperature and Ca / S , etc.

主要阐述了5H－1小型玉米烘干机设计中干燥室的物质衡算，干燥过程热量衡算，气耗量、热耗量的计算，燃烧炉的结构及风机的选择。

The paper study material balance calculation in drying room , heat balance calculation in drying procedure , combustion oven construction and fan selection of small size corn drying machinery .

通过对实验室煤粉燃烧炉实验数据的采集与分析，介绍了一种基于FFT变换处理与自组织神经网络状态识别相结合的燃烧诊断方法。

A combustion diagnosis method for the diagnosis of combustion , based on combined FFT transformation and mode identification with self-organised neural networks is being presented , which has been used after the acquisition of test date from the lab 's coal firing furnace .

对引进英国LawDenis公司的CN16/48系列塔式烘干设备的主要特点、物料干燥过程及原理、设备的主要结构等方面，尤其是燃烧炉、风机除尘系统进行了详细的分析和介绍。

The main characteristics , drying principle and drying process as well as the main structure , particularly the furnace and fan type dust control system , of the CN16 / 48 series tower type drier imported from the British Law-Denis Company are introduced and analyzed .

介绍了一种全新的“油相”样品前处理仪器&自动快速燃烧炉（AQF）与离子色谱联用技术，测定1，4-丁炔二醇中全氯的方法。

The method to analyse whole chloride in1,4-Dihydroxy-2-butyne by combining a new instrument named Automatic Quick Furnace ( AQF ) is introduced .

以某70kt／a硫磺回收装置为例，仅对主燃烧炉和尾气焚烧炉的设计作一回顾，着重介绍设备结构、设计特点、材质选择及耐火衬里的施工要点等。

Design of main burning furnace and tail gas incinerator are reviewed with a 70 kt / a sulphur recovery unit as an example . Structure characters , material selection and key points of refractory liner construction of the equipment are mainly described .

催化燃烧炉Ⅰ型和Ⅱ型的性能研究

Research on Characteristics for the Catalytic Combustion Burner ⅰ and ⅱ

硫磺回收装置酸性气燃烧炉分析

The Analysis of Sour Gas Burning Furnace for Sulfur Recovery Unit

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

连续电弧自动跟踪试样燃烧炉测定钢铁中碳和硫

Determination of Carbon and Sulphur by Continuous Arc Automatic Following Furnace

切向燃烧炉内空气动力场的两个新特性参数

Two New Characteristic Parameters of Aerodynamic Field in Tangentially Fired Furnace

电弧燃烧炉&电导法测定氢氧化铈中碳含量

Determination of Carbon in Cerium Hydroxide by Electric Arc Combustion Furnace-conductance Method

高温空气燃烧炉内湍流混合特性的数值研究

Numerical Investigation of Turbulent Mixing in a High Temperature Air Combustion Furnace

涡旋燃烧炉流动、传热和燃烧特性的研究

Investigation of flow , heat transfer and combustion in a vortex combustor

阻火器的应用&燃烧炉/火炬系统的安全防范措施

Application of flame arrester & Safety measures for thermal waste gas cleaning

炼油厂三废处理装置燃烧炉流量控制分析

Control and Analysis on Flow Rate of Furnace in Sulfur Producing Device

医疗垃圾洁净燃烧炉优化与炉内冷态流场数值模拟

Optimization and Flow Field Numerical Simulation for an Incinerator for Medical Waste

是提高燃烧炉控制水平的有效途径。

That is a valid way to improve control level .

竖式煤粉燃烧炉的温度模糊控制系统

Temperature Fuzzy Control System for Vertical Coal Powder Combustion Furnace

切向燃烧炉内实际切圆直径的回归分析

Regression Analysis of the Actual Tangential Circle Diameter in Furnace for Tangential-firing Boiler