internal noise
英 [ɪnˈtɜːnl nɔɪz]
美 [ɪnˈtɜːrnl nɔɪz]
网络 内部噪声; 内部噪音
双语例句
- Since the magnitude of the internal noise is changed via the variation of the system size, these phenomena also demonstrate a kind of system size resonance.
由于内噪声强度随着系统体积的变化而改变，因此，这一现象也证明了系统尺度共振，即最佳尺度效应的存在。 - Internal noise source identification for cabins of construction machinery based on wavelet analysis method
工程机械驾驶室内部噪声源识别的小波分析方法 - Effect of internal noise on nonlinear relaxation for brownian particle
内噪声对布朗粒子非线性驰豫的影响 - Measurement and analysis of running internal noise for Guangzhou metro overhaul vehicle
广州地铁修造车运行内部噪声测量与分析 - Research for Internal Noise Characteristics of the Radar's Receiver
雷达接收机内部噪声特性研究 - The basic concept of internal noise immunity of television and its limitation requirements were introduced, and the relevant improving method was presented.
阐述了电视机内部抗扰度的基本概念及其抗扰度限制要求，并探讨了相应的改进措施。 - The key to reduce the internal noise level is that we should estimate the acoustic field accurately and then go on low noise optimization design to body structure during the course of designing.
降低车辆内部的噪声的关键是在设计阶段要准确预估车内声场特性进而对车身结构进行低噪声优化设计。 - Testing receiver's internal noise from zero baseline tests is recognized by many people.
检定接收机内部噪声一般采用零基线法。 - Investigation of Measurement and Analysis of the Internal Noise of Aeroengine Combustion Chamber
航空发动机燃烧室内部噪声测量分析研究 - The internal noise level becomes the important index of weighing the grade level of the automobile.
车内噪声水平成为衡量汽车档次高低的重要指标。 - The experiment shows that the harmonics spectrum analysis technology is not suitable for measurement the laser pulses which has the low jitter and high repetition rates since the bandwidth limit and the large internal noise of spectrum analyzer.
实验表明，谐波频谱技术由于受频谱仪内部噪声和测量带宽的限制不适合测量低抖动高重复频率的光脉冲。 - Detection of Weak Signal by Stochastic Resonance Algorithm in Presence of the Internal Noise
内噪声作用下的随机共振算法对弱信号的检测 - The effect of internal noise on mesoscopic chemical dynamics is studied using stochastic simulation and chemical Langevin equations, with special focus on surface catalytic systems and life systems.
以生命和表面催化体系为对象，研究了介观化学体系中内涨落对体系非线性动力学行为的调控作用。 - For the single system, it is found that the internal noise can induce sustained oscillations, and the signal-to-noise ratio ( SNR) undergoes a maximum with the variation of the system size.
研究发现，对于单个振子体系，内噪声可以诱导持续振荡，而且随着系统尺度的增大，信噪比经过一个极大值，从而证明了内噪声随机共振和最佳尺度效应的存在； - Analyze the distribution of internal noise and main frequency ingredient with different speed.
分析了不同车速工况下车内噪声的分布状况及主要频率成分。 - By constructing a mesoscopic stochastic model for intracellular calcium oscillations in a cell system, the authors have investigated how the internal noise would influence the calcium oscillations of such a system using chemical Langevin equation.
通过构建一个细胞内钙振荡的介观随机模型，采用化学朗之万方程，研究了内噪声对细胞内钙振荡的影响。 - The influence of internal noise on a mesoscopic oscillating chemical reaction system is numerically studied by using chemical Langevin equations.
用化学Langevin方程研究了内噪声对介观振荡化学反应体系的影响。 - The design of contemporary automobile inclines to be lighter and high-speed, which increases the vibration and internal noise, especially the low-frequency noise in the car.
现代汽车设计愈来愈趋于轻量化和高速化，由此增大了汽车振动及车内噪声，特别是低频噪声。 - In addition, vehicle internal noise affects driving safety and riding comfort.
同时，车内噪声则严重影响驾驶的安全性和乘坐的舒适性。 - The interior noise prediction can conduct car body structural design and internal acoustic space optimization by acquiring noise-produced mechanisms and sound field characteristics, so that the internal noise of car could be abated in order to satisfy the request of passengers 'comfort.
预测客室内部噪声获得车内噪声产生机理以及车内噪声声场特性，可以合理地指导车体结构设计及车内声学空间优化，实现车内噪声控制，满足旅客乘坐舒适性要求。 - We found that some complex factors such as environmental noise or internal noise may have constructive roles on the dynamic behavior of gene system.
发现环境涨落、内涨落等复杂性因素对基因体系的动力学行为有积极的调控作用，另外还对简单基因网络中的噪声特性作了初步研究。 - In the bistable nonlinear array analogous to neuron models, for a common periodic noisy signal, the array response shows a resonance-typed behavior as the internal noise intensity increases.
在类似神经元性质的双稳态非线性阵列中，研究发现对于同一个含噪声的周期信号，阵列响应随阵列内部噪声强度增强的随机共振现象。 - In this thesis, we have studied the cooperative effect of internal noise and the non-Markovian behavior in gene regulatory process by using numerical simulation together with stochastic normal form analysis.
在本论文中，我们以生理时钟体系为例，利用数值模拟及随机范式分析方法，研究了内涨落与非马尔科夫效应在基因调控过程中的协同效应。 - In addition, the considerable internal noise of the traditional CMOS circuits hinders the SOC integration of sensitive analog and digital circuits.
而且传统的CMOS电路有相当大的内部噪声，这也阻碍了SOC中模拟和数字电路的集成。 - Considering the independent characteristics of the internal noise of each neuron, we adopt the average outputs of each node to evaluate the correlation coefficient, and find that the correlation coefficient has been greatly improved.
考虑到神经元内部噪声各自独立的特性，我们采用加和平均的方式将每一个节点的输出加和取平均来求相关系数，我们发现相关系数得到了很大的提高。 - In the process of characterizing a small-world network model of the nervous system, each node represents a FHN neuron model, of which the internal noise components are with the same intensity same but mutually independent.
在表征神经系统的单个小世界网络模型中，每个节点代表一个FHN神经元模型，其内部噪声为强度相同但相互独立的高斯白噪声。 - The simulation result has the important instruction and the reference significance for the control the vehicle internal noise.
仿真结果对车内噪声控制有一定的指导和参考意义。 - Noise caused many reasons, such as sensitive components of internal noise, photosensitive materials particles noise, thermal noise, electrical mechanical movement generated jitter noise, transmission channel interference noise, quantization noise.
引起噪声的原因有很多，如敏感元件的内部噪声、感光材料的颗粒噪声、热噪声、电器机械运动产生的抖动噪声、传输信道的干扰噪声、量化噪声等。 - Radar clutter simulation is always a key problem for radar technicians. Restriction on the detection ability of radar system is not the internal noise, but the environment clutter under the clutter dominant external circumstances.
雷达杂波模拟历来是雷达科技工作者和观测者十分关注的课题，外部杂波干扰占优情况下，限制雷达探测能力的不是接收机的内部噪声，而是环境杂波。 - The results show that internal noise can enhance the phase synchronization and there is an optimal internal noise level at which the best phase synchronization can be achieved.
研究结果表明：内噪声能够增强体系的相同步，而且存在合适的内噪声强度，使得体系的相同步达到最佳。（这方面的工作发表在J.Phys.A：Math.Gen.上）。