injection timing造句

• Adjust injection pressure and injection time
  调整注塑压力和注塑时间
• Ignition and injection timing control system
  点火和喷油时刻控制系统
• Retarded injection timing control system
  推迟喷油时刻控制系统
• Retarded injection timing with speed
  转速控制的推迟喷油时刻
• Retarded injection timing with load
  负荷控制的推迟喷油时刻
• Variable injection timing unit
  可变喷油定时时机
• Research of fuel injection timing control strategy for eup diesel engine
  电控单体泵柴油机喷油正时控制策略的研究
• Bit best injection timing
  最佳喷油正时
• Injection timing optimizetion for new electronic control jerk - pump fuel injection system
  新型脉动式电控燃油喷射系统喷射定时优化
• Study on fuel injection timing of the common rail pressure accumulating type electronic control fuel injection system
  共轨蓄压式电控喷油系统的喷油正时研究
• Longer residue time ( 5 - 7 days ) reduce injection time . 3 - 5 injection times is one cause
  更长的体内存留时间，长达5 - 7天，从而减少注射次数， 3 - 5次注射为一疗程。
• These sensors establish ignition and fuel injection timing , and monitor crankshaft speed variation
  这些传感器（的信号）来对点火、燃油喷射定时和曲轴速度变化监控。
• Measurement and control of fuel injection timing of electronically controlled accumulator type fuel injection system for diesel engines
  电控蓄压式喷油系统喷油定时的测试与控制
• Increased resistance slows down the screw and prevents the cavity from filling in the given injection time
  增加的阻力是螺杆（旋转、前进）速度降低，在设定的注射时间里阻止模腔的填充。
• Injection time switchover temperature affects the viscosity of the melt , which presents resistance to the advance of the screw
  注射时间转换温度影响熔融塑料的粘度，而粘度会给螺杆的顶部带来阻力（反压力） 。
• Effects of four main factors , i . e . hot presaing temperature and time , steam injection time and glue spread quantities on lvl properties were determined
  研究了热压温度、热压时间、喷蒸时间和涂胶量对单板层积材性能的影响。
• With definite water injection timing and pattern , water injection intensity and , especially , the injection allocation rate is very important
  在注水电动机、注水方式一定的情况下，注水强度，尤其是各注水井的注水量配置显得非常重要。
• Injection time switchover is the only means available in injection moulding machines without screw position and pressure sensors
  注射时间转化是在注射成型机里唯一可用的不需要（设定、改变）螺杆位置和压力传感器的（解决上述问题）手段。
• Finally , the experimental results show that ignition timing , injection timing and injection duration have great effect on the performances of the engine . so these paramet
  从而也表明了用该模糊神经网络求解本文提出的氢发动机的最优控制模型的可行性和优越性。
• Based on the numeric analysis of the model , the effects of melt temperature , injection time , mold temperature and pre - filled volume on the cell size were studied especially
  在对该数学模型进行数值分析的基础上，着重研究了熔体温度、注塑时间、模具温度、初始填充量对微泡尺寸的影响。