| 1. | Characteristics of thermal power and thermal resistance during tunnel fire process
巷道火灾燃烧过程热动力与热阻力特性的研究 |
| 2. | Good flatness , wide range of firing temp , suitable for high - gloss floor tiles in single firing process
平整度佳，烧成范围宽，适用于一次烧成高亮度地砖。 |
| 3. | Then primarily informs the firing process of ceramic kiln control system devising and the structure of the system
围绕陶瓷窑烧成过程控制系统的设计与实现展开。 |
| 4. | Firstly , this paper outlines noticeable researches on automatic control of firing process of ceramic kiln and its researches at present
首先简要介绍了目前陶瓷窑烧成过程自动控制的热点研究问题和研究现状。 |
| 5. | To firing process of ceramic kiln to on - line measure and collect the data of all parameters is the premise of the control over them
对陶瓷窑烧成过程参数进行在线监测及数据采集是对整个烧成过程进行监控和研究的必备条件。 |
| 6. | The entire firing process with the firing number , program name and probable remaining time is displayed graphically or in a table on the color screen
整个焙烧进行过程焙烧号码程序名称和预计剩余时间都在彩色屏幕上用图或表格显示出来。 |
| 7. | Second , srtios - based double function ceramic was achieved with prepared strontium titanate nanocrystalline powder materials by single - fired process
然后，在制备的纳米钛酸锶粉体材料的基础上，采用一次烧成工艺制备srtio _ 3基电容-压敏双功能陶瓷器件。 |
| 8. | Grain size , the semiconducting of grain and the insulating of grain boundary were keys to the single - fired process of preparation of srtio3 - based double function ceramic , and affected directly the dielectric and varistor properties
在srtio _ 3基双功能陶瓷的一次烧成制备过程中，最关键的是晶粒生长、晶粒半导化和晶界绝缘化，它们直接影响陶瓷的压敏和介电性能。 |
| 9. | The present status of parameter measurement are argued in firing process of ceramic kiln , including the methods and appliance of temperature and pressure and medium and so on , and the restriction of firing process of ceramic kiln applies to them
本文对目前陶瓷隧道窑烧成过程各参数的检测状况进行了全面的介绍，主要包括烧成过程中温度、压力、气氛等参数进行测量的常用方法和仪表，以及烧成过程对这些方法和仪表的特殊要求。 |
| 10. | The logical control model is built based on pal - bool algebra based on a good deal of empirical data and characteristics of firing process of ceramic kiln . then simulation on this algorithm by matlab and shows the feasibility of the algorithm , and the result shows that this algorithm is much advantageous over traditional algorithms in stability
在分析了大量经验数据的基础上，针对陶瓷窑烧成过程的特点，建立了基于泛布尔代数的逻辑控制模型，然后以matlab为仿真工具，对该逻辑算法进行仿真，验证了该算法的可行性。 |
