Based on these experimental results, a new type of adjustable swirling pulverized coal burner (MFP) has been developed.
这些试验工作的完成导致了一种新型煤粉旋流燃烧器——MF P型可调旋流煤粉烧咀研制成功。
The concept of furnace combustion management through introduction on line monitoring system with pulverized coal burner was put forward.
通过介绍煤粉燃烧器在线监测系统，提出了炉膛燃烧管理这个概念。
This article deals with a new type of pulverized coal burner with a precombustion chamber under development and research in this country.
本文介绍了我国开发研究的一种新型煤粉预燃室燃烧器。
Based on an integration of direct ignition techniques with combustion stabilization technology the authors have designed a directly ignited pulverized coal burner.
提出把直接点火技术与稳燃技术相结合来设计直接点火燃烧器的思路，对该类燃烧器做了较合理的分类。
Experiments show that a new-type pulverized coal burner with a slit bluff-body designed on the said principle is suitable for the ignition and flame stability of low volatile pulverized coal.
实验证明，根据这一原则设计的开缝纯体燃烧器对低挥发分煤粉的着火与火焰稳定具有较好的适应性。
In this paper, the abrasion of central division cone in the radial dense-thin swirl pulverized coal burner is studied by a cold optimize experiment carried at a single-phase experimental platform.
本文主要针对径向浓淡旋流煤粉燃烧器中心扩口存在的磨损问题在一单相实验台上对燃烧器喷口结构进行了冷态优化实验。
A new kind of oil free ignition aid burner for the pulverized coal fired boilers is presented.
对一种新型感应式煤粉锅炉无油直接点火燃烧器进行了试验研究。
Pulverized coal stream ignition process in a new type of no oil ignition aid burner, which using the method of electromagnetic induction, has been investigated.
详细研究了在感应式无油直接点火燃烧器点火室中，煤粉气流在着火过程中的机理。
This paper presents fundamental and construction of a new burning installation—pulverized coal flat-flame burner, studied by Maanshan Institute of Iron and Steel Technology.
本文介绍了由马鞍山钢铁学院研究成功的一种新型燃烧装置——煤粉平焰烧咀的原理和结构。
The principle and performance of a pulverized coal direct ignition burner suitable for any corner fired boiler and common class coal are presented.
本文介绍一种能通用于四角燃烧锅炉和一般煤种的煤粉直接点火燃烧器的原理和性能。
The direction of grid lines in the burner block is consistent with the direction of pulverized coal jet, which can reduce false diffusion in the simulation.
在燃烧器区域处使网格线与煤粉射流方向基本一致，以有效地减小数值模拟中的伪扩散问题。
The direction of grid lines in the burner block is consistent with the direction of pulverized coal jet, which can reduce false diffusion in the simulation.
在燃烧器区域处使网格线与煤粉射流方向基本一致，以有效地减小数值模拟中的伪扩散问题。
应用推荐