调制周期的英文

• modulation period

• "调制"英文翻译    mingle; toss; lard; modulate ...
• "周期"英文翻译    period; cycle; circle; revol ...
• "长研制周期" 英文翻译 :    long lead time
• "复制周期" 英文翻译 :    replication cycle; replicative cycle
• "控制周期" 英文翻译 :    control cycle; intercycle
• "熏制周期" 英文翻译 :    smoking cycle
• "压制周期" 英文翻译 :    moulding cycle
• "研制周期" 英文翻译 :    development cycle; lead time; leadtime; preparation time
• "轧制周期" 英文翻译 :    rolling cycle; rolling period
• "主控制周期" 英文翻译 :    major control cycle
• "软件研制周期" 英文翻译 :    software development cycle
• "系统研制周期" 英文翻译 :    system development cycle
• "细胞复制周期" 英文翻译 :    cell replication cycle
• "项目控制周期" 英文翻译 :    project control cycle
• "研制周期补偿" 英文翻译 :    leadtime offset
• "研制周期模拟" 英文翻译 :    development cycle simulation
• "执行控制周期" 英文翻译 :    execute control cycle，ecc
• "发展周期 研制周期 开发周期" 英文翻译 :    developmentcycle
• "λ噬菌体复制周期" 英文翻译 :    lambda phage cycle
• "表皮细胞复制周期" 英文翻译 :    epidermal cell replication cycle
• "读取执行控制周期" 英文翻译 :    fetch execute control cycle
• "财政预算案编制周期" 英文翻译 :    budget cycle
• "周期性调制" 英文翻译 :    periodic modulation
• "周期频率调制" 英文翻译 :    periodic frequency modulation
• "周期方波调制信号" 英文翻译 :    periodic square-wave modulating signal

• ( 4 ) periodicity and pseudo - modulation when sampling sinusoidal signals the periodicity and pseudo - modulation due to non - integral sampling of sinusoidal signal are analyzed
  着重讨论连续信号采样过程中抽样定理对正弦信号的非整数抽样序列的周期性，伪调制性和调制周期的周期性。
• The theoretical expression of the critical angle is acquired , showing that it rises with the increase of the depth and period of modulation of refractive index . also , it increases as the beam width decreases
  从理论上得到了该临界角的表达式,它随折射率调制周期、调制深度的增加而增大,且光束越窄临界值越大。
• And the waveform of the transmitted signals was designed based on the target distance ( 5 ~ 50m ) . the waveform is triangular fmcw with central frequency at 6ghz , modulation bandwidth 100mhz , modulation period 10 s , step frequency 0 . 2mhz , and step time 10ns
  在此基础上,设计发射信号波形参数为三角形调频连续波,中心频率6ghz ,调制带宽100mhz ,调制周期10 s ,步进频率0 . 2mhz ,步进时间10ns 。
• In this article , the prime task is the reasarch of extraction airplane ’ s periodic signature of modulation , the approximate entropy , the norm entropy , obtaining the sensor confidence level as well as structuring realization target identification intellectualized type fusion model and the algorithm
  本文主要工作是研究提取飞机目标的调制周期特征,近似熵、范数熵,获取传感器可信度以及构造实现目标识别的智能化类型融合模型和算法。
• At present , people usually use birefrigence and quasi - phase - matching methods to achieve higher effiency in the process of conversion . a significant advantage of quasi - phase - matching method is that the interaction is occurred through the largest element of the x ( 2 ) tensor ; the period of optical superlattice can be designed randomly , and any interaction can be matched without walk - off angle ; they are fitted to be used in frequency conversion of lower power especially . the quasi - phase - matching method has some advantages over birefrigence method , improving the efficiency of frequency conversion ; the range of frequency conversion covers its whole transperant wavelength
  由于准相位匹配技术有其独特的优势，可以利用非线性光学晶体的最大二阶极化张量，如ppln 、 pplt 、 ppktp用的非线性极化张量都是d _ ( 33 ) ,其有效非线性系数高出普通非线性光学介质(如bbo 、 lbo 、 ktp )一个数量级，而且可以人为灵活设计调制周期，通过周期设计其频率变换范围可以覆盖准相位匹配介质的整个透明波段，选择无走离效应，解决了常规pm难以解决的问题，拓宽了非线性晶体的应用范围，极大地提高了频率转换效率，已成为非线性光学材料和固体激光器的研究热点之一。