isochronous

简明释义

英[aɪˈsɒkrənəs]美[aɪˈsɑːkrənəs]

adj. 同步的；等时的

英英释义

单词用法

同义词

反义词

例句

1.This paper established the single well's isochronous sequence stratigraphy framework with well log sequence stratigraphy analysis making use of sequence stratigraphy theory.

本文利用层序地层学理论，通过测井层序地层学分析，建立起了单井的层序地层格架。

2.In this paper, isochronous service of Advanced Orbit System (AOS) is researched, and the possible schemes for implementing pseudo-random code ranging by using isochronous service of AOS are discussed.

本文对高级在轨系统(AOS)提供的等时性业务进行了深入的研究，讨论了利用AOS等时性业务实现伪码测距的可能方案。

3.The Donghe Sandstone was broadly deposited in the early stage of the marine transgression, but it is not an isochronous stratigraphic unit.

东河砂岩是一套覆盖广泛的海侵初期的沉积产物，但不是一个等时沉积体，相当于晚泥盆世晚期至早石炭世早期沉积，具体沉积时间各地有差异。

4.We can gain the isochronous - modulus curves from the curves of stress - strain ratios.

根据岩石蠕变的应力-应变比曲线可以近一步分析得到等时模量曲线。

5.The center conditions and isochronous center conditions for a class of quasi - analytic systems were investigated.

研究了一类拟解析系统的中心条件与等时中心条件。

6.A center's service area of a geographic network is broadly applied in practical life. In traditional method, it is expressed by an isochronous area or an equidistance area.

地理网络的中心服务范围在实际生活中应用广泛，传统方法一般用等时区或等距区表示。

7.USB protocol has four transfer types: Control transfer, Bulk transfer, Interrupt transfer, and Isochronous transfer.

该协议具有四种传输方式，即控制传输、批量传输、终端传输和等时传输。

8.The audio system uses isochronous 等时性 protocols to maintain synchronization between sound and video.

音频系统使用isochronous 等时性 协议来保持声音和视频之间的同步。

9.For real-time applications, isochronous 等时性 communication is crucial to avoid delays.

对于实时应用，isochronous 等时性 通信对于避免延迟至关重要。

10.USB devices often utilize isochronous 等时性 transfers for streaming audio and video.

USB设备通常利用isochronous 等时性 传输进行音频和视频流媒体播放。

11.In a network, isochronous 等时性 data transmission ensures that the data packets are sent at consistent intervals.

在网络中，isochronous 等时性 数据传输确保数据包以一致的时间间隔发送。

12.The isochronous 等时性 nature of the signal helps in maintaining a steady frame rate in video playback.

信号的isochronous 等时性 特性有助于在视频播放中保持稳定的帧率。

作文

In the realm of physics and engineering, the concept of isochronous systems plays a crucial role in understanding the behavior of oscillations and waves. An isochronous system is one in which the time period of oscillation remains constant, regardless of the amplitude of the oscillation. This property is essential for various applications, including pendulums, clocks, and even certain types of electronic circuits.To illustrate the significance of isochronous behavior, consider the classic example of a simple pendulum. When a pendulum swings back and forth, the time it takes to complete one full cycle of motion is determined by its length and the acceleration due to gravity. For small angles of displacement, the pendulum exhibits isochronous characteristics, meaning that no matter how far it swings, the time taken for each oscillation remains nearly the same. This predictable nature of isochronous motion allows for the precise measurement of time, which has been fundamental in the development of accurate timekeeping devices throughout history.Moreover, isochronous systems are not limited to mechanical devices. In the field of electronics, certain circuits are designed to operate in an isochronous manner, ensuring that signals are transmitted at consistent intervals. This is particularly important in applications like digital audio and video streaming, where maintaining synchronization between different data streams is vital for quality playback. The ability to manage isochronous data transfer ensures that information arrives in a timely and organized manner, preventing glitches and interruptions that could detract from the user experience.The implications of isochronous behavior extend beyond practical applications; they also provide insights into the underlying principles of physics. The study of isochronous systems can lead to a deeper understanding of harmonic motion, resonance, and stability in dynamic systems. Researchers often explore how various factors, such as damping and external forces, can influence the isochronous nature of a system. By analyzing these interactions, scientists can develop models that predict the behavior of complex systems, ranging from simple mechanical setups to intricate biological processes.In summary, the term isochronous refers to systems that maintain a constant time period of oscillation, regardless of changes in amplitude. This concept is pivotal in both mechanical and electronic contexts, contributing to advancements in timekeeping, signal transmission, and our understanding of physical phenomena. As technology continues to evolve, the principles of isochronous behavior will undoubtedly remain relevant, guiding innovations that require precision and reliability in their operations. Whether in the swing of a pendulum or the flow of digital data, isochronous systems remind us of the beauty of consistency in the ever-changing world around us.

在物理和工程领域，isochronous系统的概念在理解振荡和波动行为方面起着至关重要的作用。isochronous系统是指振荡的周期保持恒定，无论振幅如何变化。这一特性对于各种应用至关重要，包括摆、钟表，甚至某些类型的电子电路。为了说明isochronous行为的重要性，考虑经典的简单摆例。当摆来回摆动时，完成一个完整的运动周期所需的时间由摆的长度和重力加速度决定。在小角度偏离的情况下，摆表现出isochronous特性，这意味着无论它摆动多远，每次振荡所需的时间几乎保持不变。这种可预测的isochronous运动特性使得精确测量时间成为可能，这在历史上对准确计时设备的发展至关重要。此外，isochronous系统不仅限于机械设备。在电子学领域，某些电路被设计为以isochronous方式运行，确保信号以一致的间隔传输。这在数字音频和视频流等应用中尤为重要，因为在不同数据流之间保持同步对于质量播放至关重要。管理isochronous数据传输的能力确保信息及时且有序地到达，防止故障和中断，这可能会影响用户体验。isochronous行为的影响超越了实际应用；它们还提供了对物理基本原理的深入洞察。对isochronous系统的研究可以加深我们对谐波运动、共振和动态系统稳定性的理解。研究人员经常探讨各种因素（例如阻尼和外部力量）如何影响系统的isochronous特性。通过分析这些相互作用，科学家可以开发出预测复杂系统行为的模型，这些系统从简单的机械装置到复杂的生物过程。总之，isochronous一词指的是那些保持恒定振荡周期的系统，无论振幅如何变化。这个概念在机械和电子上下文中都是至关重要的，为计时、信号传输以及我们对物理现象的理解的进步做出了贡献。随着技术的不断发展，isochronous行为的原则无疑将继续保持相关性，引导需要精确和可靠操作的创新。无论是在摆的摆动中还是数字数据的流动中，isochronous系统都提醒我们在周围不断变化的世界中，一致性的美。