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1·Fire detector and flameout protection for FSSS in all blast furnace gas fired boiler.

全燃烧高炉煤气锅炉的火焰检测器以及FSSS的炉膛灭火保护。

2·FSSS method, laser diffraction method and BET method were used to perform the particle size measurement.

将供给态粉和研磨态粉由激光衍射法、FSSS法和BET法测量出颗粒粒度。

3·The problem of incorrect input signal caused by disturb and chang over of electric signal in FSSS system was solved.

解决了FSSS系统由于电信号干扰、部分输入信号转接等原因引起的输入信号不准确问题。

4·Flame Detector, which scans the flame states on-line, is the core part of Furnace Safeguard Supervisory System (FSSS).

火焰检测器是锅炉炉膛安全监控系统的重要组成部分，其功能是实时监测火焰的燃烧状态。

5·By introducing an idea of generalized waveguide, a unified treatment of multilayer FSSs with element of arbitrary shape is realised.

通过引入广义波导概念，可以统一分析单元形状为任意的多层频率选择表面。

6·Therefore a furnace safeguard supervisory system (FSSS) with complete function, credible performance must be equipped with utility boilers.

因此，电站锅炉必须配备功能齐全、性能可靠的炉膛安全监视系统(FSSS)。

7·At all four Tanda units, the Ovation system will monitor and control the burner management system (BMS) and furnace safeguard supervisory system (FSSS).

在Tanda的全部四个机组内，Ovation系统将监测和控制燃烧器管理系统(BMS)以及煤炉安全监控系统(FSSS)。

8·Today with the increasing of the boiler controlment level, the FSSS system has been installed in most units to enhance the safety running, and become a basic requirement in the national power design.

目前随着机组控制技术的不断提高，锅炉安全运行重要性的日益增强，机组普遍安装有锅炉膛监控系统FSSS，并作为一个基本要求列入国家电力设计规定。