The numerical Simulation which applying CFD software FLUENT to the hot blast shaftless stove with Multi-burner-port Annular Flameless Ceramic Burner is introduced in this paper. 采用CFD软件FLUENT对多火孔无焰陶瓷燃烧器的顶燃式热风炉燃烧室的燃烧情况进行了数值模拟。
Where after, the structure of the flameless heater was presented and its operating principle was introduced. 分析了军队野战食品加热方法的优缺点,提出了无焰加热器的结构,并介绍了其工作原理。
This paper presents a line trouble occurred on a PVC insulated and sheathed power cable caused by the flameless self-ignition of powers in the cable trench. 介绍一起电缆沟内粉末无焰自燃引起的聚氯乙烯(PVC)绝缘护套电力电缆线路故障,分析产生故障的原因,提出防范措施与建议。
Water quality-determination of total mercury by flameless atomic absorption spect rometry ( method after pretreatment with ultraviolet radition) 水质-无焰原子吸收光谱法测定水银总含量(用紫外线预处理的方法)
The selenium concentration in several marine organisms was directly determined by the flameless atomic absorption spectroscopic ( FAAS) method. 本文用石墨炉原子吸收光谱法直接测定几种海洋生物体内的硒含量。
The utility model is a flameless gas infrared heating apparatus, which belongs to a fluid heating apparatus provided with heat resource. 本实用新型的无焰燃气红外加热器属于一般具有热源的流体加热器。
Determination of Trace Amounts of Mercury in Natural Waters& Flameless Atomic Absorption Method with Electrolytic Enrichment 天然水中痕量汞的测定&电解富集无焰原子吸收法
Research on Gasification Characteristics of Pulverized Coal on Dry Feeding Entrained Flow Gasifier Based on Flameless Oxidation 基于无焰氧化的干法煤粉气化特性研究
Research on the Characteristics of Flameless Combustion of Pulverized Coal Based on Space Reaction 基于空间反应的煤粉无焰燃烧特性研究
The Research of Combustion Characteristic of Natural Gas under Normal Temperature Air Flameless Combustion Study on the Relation between Combustion of Coal in the Fluidized Bed and Combustion Kinetics of Coal in the Thermal Balance 天然气在无焰燃烧下的燃烧化学反应特性分析煤炭流化床燃烧与热天平燃烧动力学关系研究
Determination of Ga in Rocks by Flameless AAS Using Matrix Correction 利用基体改进效应&无火焰原子吸收测定矿石中微量镓
An approach to high temperature flameless combustion technology of biomass; 探讨了高风温无焰燃烧锅炉的节能与环保潜力。
Numerical Analysis and Experimental Study of NO_x Generation in Flameless Combustion 无焰燃烧NOx生成的数值分析和实验研究
Principle and critical technology of high temperature air, high temperature air flameless combustion and high temperature air gasification are analyzed to create conditions for developing high temperature air resources and applying new type combustion and gasification technology. 分析高温空气、高风温无焰燃烧、高温空气气化的原理和关键技术,为开发高温空气资源,推广新型燃烧和气化技术创造条件。
Investigated is the law governing CO generation during the flameless combustion of normal-temperature air. 研究了常温空气无焰燃烧中CO的生成规律。
Secondly, the structure of the flameless heater is given, and its operation principle is analyzed. Its equivalent magnetic circuit model is founded. 然后,提出无焰加热器的机体结构,分析了其工作原理,建立了其等效磁路模型。
Determination of Trace Tellurium in GaAs and InSb by Flameless Atomic Absorption Spectrometry 砷化镓、锑化铟中痕量碲的无火焰原子吸收分光光度法测定
The platinum amount of peripheral blood, portal blood, peritoneal fluid was quantitated by flameless atomic absorption spectrophotometry. 采用非火焰原子吸收光谱法检测外周血、门脉血和腹腔液中铂的含量。
Emulsion method& a direct method of determination of Trace Nickel in crude oil by flameless atomic absorption spectrophotometry 无火焰原子吸收分光光度法直接测定原油中痕量镍&乳状液法
Determination of Trace Mercury in Hair, Urine and Nail by Flameless Non-dispersive Atomic Fluorescence Spectrometry 无火焰非色散原子荧光法测定头发、尿及指甲中微量汞
The mechanism of Normal Temperature Air Flameless Combustion is well researched with experiments and simulations. 在工业规模的燃烧搅拌反应器内研究了常温空气无焰燃烧。依靠燃烧室结构、气流的组织形成无焰燃烧的高温低氧条件。
Method: Determining the content of trace element by flame or graphite flameless atomic absorption spectrometry; 方法:采用火焰及石墨无焰原子吸收光谱法测定微量元素的含量;
A simple, rapid and sensitive method for the determination of trace mercury in hair, urine and nail by flameless non-dispersive atomic fluorescence spectrometry has been studied. 本文研究了无火焰非色散原子荧光法测定头发、尿及指甲中微量汞的方法。方法简便快速、灵敏。
Flameless atomic absorption spectrometry for determination of serum aluminum in patients with uremia 无焰原子吸收光谱法测定尿毒症病人血清中铝含量
The Pb content was determined with flameless AAS. 用无火陷AAS法测定样品铅含量。
Outer heat transfer is estimated for the flameless combustion of the methane and air under different recirculation ratio. 评价了甲烷和空气完全燃烧时在不同再循环率条件下工作在无焰燃烧模式的最大外部取热。
An experiment platform including gas supply, calibration and test system was built to investigate the flow characteristics of the flameless oxidation burner for preheating. Constant temperature anemometer was used to examine the flow field near the burner outlet. 同时还搭建了尺度缩小的无焰燃烧预热燃烧器的供气、标定及测试系统实验平台,使用恒温热线风速仪对燃烧器出口冷态流场进行了测量,研究了无焰氧化预热燃烧器出口的流动特性。
Different turbulent combustion model is discussed to simulate the flameless combustion. 讨论了不同湍流燃烧模型对无焰燃烧特性的模拟。