工作时序 meaning in Chinese
work schedule
Examples
- Analyzing the working - time series of inspiratory time and expiratory time of siemens v900c ventilator
呼吸机吸气时间与呼气时间工作时序原理剖析 - The smt387 module changes the data ’ s format into which is applicable in fat32 file system , and it will finish the sata disk ’ s controlling
采用fpga实现系统工作时序控制, smt387模块完成fat32文件系统下的数据格式转换和对硬盘的操作。 - For all these parts , we launch detailed research on their algorithms , hardware circuit architectures and timing requirements . moreover , we offer a self - contained plan for the testing of these circuits
对上述各个部分内容，本文都对其实现算法、硬件结构、工作时序做出了详细的研究，并提供了完备的测试方案。 - At the base of earnestly analysis to the ov7620 working sequence , using its frame synchronization , field synchronization and the pixel - clock signal , completed gathering of the active power meter reading image which is reduced resolutions at the control of mcu
在仔细分析ov7620工作时序的基础上,利用其帧同步、场同步和像素时钟信号,在单片机的控制下完成了对电度表读数图像的降低分辨率采集。 - It has been maked for immediate and statistical analysis that the calculation about the work order parameter of the base - bleed - rocket is calculated in the taguchi method , its influencing trend is bring out in the open , the theoretical base is settled for confirming the greatest combination about the work order parameter of the base - bleed - rocket . the multi - objectile optimal design model is established that the indexes have been taked into account first and synthetically , such as physical parameter range lethality power strength and flight stability and so on , the program is compiled and the example is calculated . the true worth of the theoretical work in this paper is validated by flight experimentation of 130mm hybrid base - bleed - rocket extended - range principium projectile
本文进行了底排?火箭复合增程弹工作时序参数正交试验设计的直观分析与方差分析，揭示了每个参数对射程计算的影响趋势，为进一步确定底排?火箭工作时序参数值的最佳匹配组合奠定了理论基础；建立了底排?火箭复合增程弹多目标优化设计模型，该模型首次综合考虑了底排?火箭复合增程弹的结构特征参量、结构强度性能、飞行稳定性、威力性能和射程指标，编制了相应的分析程序，进行了算例计算；完成了130mm底排?火箭复合增程原理样弹的结构设计与飞行试验，其试验结果验证了本文理论研究工作的实际应用价值。