片语

furnace rated temperature炉子额定温度

Furnace outlet temperature controls炉出口温度控制情况

Furnace Water Temperature Difference高炉水温差

furnace top temperature干法除尘

furnace shell temperature炉壳温度

furnace-temperature characteristics炉温特性

furnace body temperature炉体温度

blast furnace air temperature高炉风温

英汉例句

• the furnace was put into operation at the end of 1998 and meets the technology requirement in rolling steel. furnace temperature is uniform and the operation is stable and reliable.

  该炉经消化改进，于1998年末投入运行，经初试该加热炉满足了轧钢工艺要求，温度均匀、运行平稳可靠。

• furnace temperature modeling and optimization is always one of effective ways to improve product quality and profit for steel industry.

  加热炉炉温建模与优化设定是保证轧钢质量，提高企业经济效益的有效方法。

• when the best combustion furnace temperature is 600℃, the organic carbon is determined directly. the organic carbon of the total suspended particulate matter in qiqihar is monitored continuously.

  该方法是在氧化炉最佳温度为600℃时，一步测定出样品中有机碳的含量，并成功地对齐齐哈尔市大气总悬浮颗粒中的有机碳进行了连续的监测。

• the results show that more uniform temperature field could be achieved by arranging the burners staggered up and down, and the uniformity of furnace temperature is improved.

  研究结果表明，烧嘴上下交错布置可以获得更加均匀的速度场，从而提高炉温的均匀性。

• to the defects of existed methods for furnace temperature setting, an improved strategy of dynamical optimization for furnace temperature is proposed based on the feed forward compensation.

  针对加热炉优化控制中大回路反馈补偿存在延迟，不能及时反应工况变化的特点，提出一种基于前馈补偿的加热炉炉温设定值的动态优化控制策略。

• this text introduced a kind of with digital signal processor dsp for core of electric resistance furnace temperature control system.

  本文介绍了一种以数字信号处理器dsp为核心的电阻炉温度控制系统。

• the paper introduce the design essentials of furnace temperature and ambience about this carbonization furnace line which is continuum-type for gases.

  分析并阐述了连续式双排气体渗碳自动线炉温与气氛均匀性的设计要素。

• as a result, the uniformity of furnace temperature could be improved and the scaling loss could be reduced to protect the environment.

  提高炉内温度均匀性、减少氧化烧损、达到保护环境的效果。

• an inferential estimation strategy of texaco gasification furnace temperature based on primary component analysis and new radial basis function networks is proposed.

  提出了一种基于核岭回归推断估计器的新型推断控制策略，来实现常压塔航煤干点的在线检测和控制。

• the method of automatic controlling furnace temperature of re electrolytic furnace with piece microcomputer control technology is presented.

  介绍了采用单片微机控制技术，实现熔盐电解炉炉温自动控制的方法。

• after upgrading and modification on the controlling system of heat treating furnace temperature measuring and the automation of heat treating test are greatly improved.

  对原有的热处理加热炉的控制系统进行改造，提高了炉温测量的精度和热处理试验的自动化。

• built with heating elements and furnace temperature measurement devices, they are divided into a certain number of regions, districts individually temperature controlled by a computer.

  加热炉内装有加热元件和测温元件，它们划分为一定数目的区域，各区温度由计算机进行单独控制。

• the furnace temperature is measured, indicated and auto-controlled through its matching temperature controller.

  使用时炉温需通过配套之温度控制器进行测量、指示和自动控制。

• and the successful application in the resistance furnace temperature control system is obtained.

  并在电阻加热炉温度控制系统中获得了成功应用。

• finally, smith estimating and cascaded temperature control technology are applied to the furnace temperature control system.

  主要介绍了炉温控制和近年来在连续退火炉中广泛应用的二次燃烧控制。

• accurate measurement of the furnace temperature is an important topic for safety and stabilization of the furnace running and optimize the combustion process.

  炉膛温度準确测量对于锅炉运行的安全、稳定以及燃烧优化有着很大的意义。

• the furnace temperature must not exceed the highest working temperature 1350℃.

  炉温不得超过最高工作温度1350℃。

• the electric furnace temperature decoupling control experimental facility, the teaching software was expatiated and two decoupling control algorithm was studied in the paper.

  本文阐述了自行研制的电加热炉温度解耦控制系统实验装置和实验教学软件，研究了两种工程解耦控制算法和实现方法。

• the result shows that a optimum strip(spcc steel) heating curve and a furnace temperature curve be gained.

  结果获得了spcc钢优化的带钢升温曲线和炉温曲线；

• at present, the mainly method used in glass furnace temperature control is pid control.

  玻璃窑炉温度系统现有的控制方法主要是传统的pid控制。

• this paper was designed to 8098 microcontroller as the core gas furnace temperature control system, it can achieve data collection, data and alarm pretreatment.

  本文设计了以8098单片机为核心的煤气加热炉温度控制系统，它可实现数据采集、数据显示以及报警预处理。

• current research achievements in furnace temperature distribution visualization can provide the practical basis for the inspection and control of the combustion conditions in the furnace.

  现有的炉膛温度场可视化技术研究成果为炉膛内部的燃烧的监测和控制提供实践基础。

• because the furnace temperature control of heating region was often malfunction, the control system was improved in tianjin steel pipe co.

  针对天津钢管公司轧管厂再加热炉加热段炉温控制经常失灵的问题，对燃烧双交叉限幅控制系统进行了改进。