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[数]分数阶
1、fractional interest───零散权益
2、fractional distillation───[化工]分馏
3、fractional shares───[经] 零星股份；不足一股的股份；[金融]零星股份；[金融]零股
4、fractional scaling───分数比例
5、order───vi.命令；订货；n.命令；顺序；规则；订单；（生物学）目；vt.命令；整理；订购
6、fractional exponents───分指数
7、fractional error───相对误差；[数]部分误差；相对[比例，部分]误差
8、fractional crystallization───[岩]分离结晶；[冶][晶体]分步结晶；分馏结晶作用；分级析晶；分级结晶; 分级析晶; 分离结晶; 分离结晶作用
9、fractional chart───分数图表
1、stability, controllability and observability of fractional order system are investigated.───分数阶XiTong的稳定性条件、可控性和可观性判断依据；
2、A fractional order PID controller design method is proposed for the fractional order system model in this paper.───本文针对分数阶受控对象，提出了一种分数阶PIDKongZhiQi的设计方法。
3、The stability condition and the beam waist position for a resonator a re described by the fractional order.───其稳定条件和束腰位置可用分数阶次描述，分数阶次可为复数。
4、This paper USES fractional order hold (FROH) to replace the traditional zero-order hold (ZOH), designs a numerical control system for the fin.───论文采用分数阶保持器(FROH)代替传统的零阶保持器(ZOH)，对减摇鳍XiTong进行数字控制设计。
5、The fractional order derivative is investigated from the viewpoint of signal processing in this paper.───从信号处理的观点来攷察分数阶微分问题。
6、In this paper, fractional order chaotic systems and their synchronization are studied by numerical simulation.───本文利用计算机数值模拟的方法研究了分数阶混沌XiTong及其同步控制问题。
7、These fractional order models need the corresponding fractional order controllers to be proposed.───对于分数阶模型需要提出相应的分数阶KongZhiQi来提高控制效果。
8、Firstly, a fractional-order differential of Gaussian distribution is obtained with the proposed filter.───利用此滤波器可实现信号的分数阶微分，使得分数阶微分计算简单化。
9、In this equation, the diffusion is a fractional order derivative of time and space.───在此方程中，弥散项和对时间的导数为分数阶导数所代替。
1、The state - space representation and the transfer function representation of fractional order linear time - invariant systems are introduced.
2、The fractional order can be complex . Proper extension is given.
3、These fractional order models need the corresponding fractional order controllers to be proposed.
4、Absrtact: The calculation work of solving a fractional order differential system is huge since it relating to history.
5、In this paper, the fundamentals and applications of fractional order control were introduced.
6、The commensurate fractional order systems can be converted to the integer order systems through approximation method.
7、Simulation experiments indicate that when it is given an optimal fractional order, noise can be denoised maximumly, which greatly improves the quality of speech enhancement.
8、At the same time, it overcomes the shift of the edge using fractional order differentiation directly.