gas furnaces造句

• Design of automatic control system for coal gas furnace
  煤气发生炉自动控制系统设计
• Oxygen-natural rotating gas furnace for cast iron melting
  熔炼铸铁用氧气183;天然气回转炉
• Technical reformation and application of economic safety of multi-purpose gas furnace
  多用气氛炉经济安全性的技术改造与应用
• Tight scale is usually a problem encountered in forgings hardened from direct-fired gas furnaces having high-pressure burners
  用高压炉头直燃煤气炉对锻件进行淬火时，通常会出现鳞片问题。
• According to production practice, the paper makes stu dy on energy saving of gas furnace from operation ways, control and universal con tradictions
  根据生产实践，从操作的方法和具体的控制以及普遍性矛盾方面对固定床间歇式煤气发生炉的节能调优进行了探讨。
• Finally, the effectiveness and practicability of this method is demonstrated by the simulation results of the famous box-jenkins gas furnace data and mackey-glass chaotic time series
  与以往的模糊聚类辨识方法相比，所需cpu时间大大缩短，具有较高的辨识精度。
• U37ng natural gas furnace; combustor; sit valve; ceramic simulation logs; ceramic simulation ashes; brick plate; large straight front high temperature resistance glass window; flame regulator
  u37ng天然气炉体;燃烧室；sit阀体；陶瓷仿真圆木；陶瓷仿真灰烬；火焰调节器。
• P36 gas furnace; combustor; sit valve chamber; pulse ignition; ceramic simulation wood; simulation ceramics ashes, straight safety mini crystal ceramics glass; flame regulator
  p36天然气炉体;；燃烧室；sit阀体；脉冲点火器；陶瓷仿真木材；陶瓷仿真灰烬,平直微晶陶瓷安全玻璃；火焰调节器。
• P33-ng3 north american standard gas furnace; combustor; sit valve chamber; electric pressure ignition; ceramic simulation wood; simulation ceramics ashes, safety mini crystal ceramics glass; flame regulator
  ng3北美制式天然气炉体；燃烧室；sit阀体；压电点火器；陶瓷仿真木材；陶瓷仿真灰烬,微晶陶瓷安全玻璃；火焰调节器。
• P48-ng north america natural gas furnace; combustor; sit valve chamber; pressure ignition; ceramic simulation wood; simulation ceramics ashes, straight safety mini crystal ceramics glass; flame regulator
  ng北美制式天然气炉体;；燃烧室；sit阀体；压电点火器；陶瓷仿真木材；陶瓷仿真灰烬,平直微晶陶瓷安全玻璃；火焰调节器。
• 2 a corresponding inference mechanism for the proposed model can deal with heterogeneous information granules . 3 both numerical and linguistic inputs can be accepted for predicting new outputs . the proposed techniques are demonstrated by means of two examples : a nonlinear function-fitting problem and the well-known box-jenkins gas furnace process
  在规则式的前半ifpart，为系统的输入变量，可接受模糊型态的变量至于规则式的后半thenpart，则是用来描述系统的输入输出变量在某些小区间的关系，其型态为非模糊的方程式。