phasic

简明释义

英[ˈfeɪzɪk]美[ˈfeɪzɪk]

adj. 形势的；相位的；阶段的

英英释义

单词用法

同义词

反义词

例句

1.It can be classified as striated, cardiac, and smooth or as phasic and tonic (responding quickly or gradually to stimulation, respectively).

分类为横纹肌、心肌及平滑肌，或是分为相位肌或兴奋肌(快速或逐渐对刺激反应)。

2.Results According to the firing patterns, the hippocampal pyramidal neurons were classified into phasic or non-phasic firing neurons.

结果根据放电形式的不同把海马锥体细胞分为位相型和非位相型放电神经元。

3.This article simply introduces the work principles self-checking methods differential gain distortion DG differential phasic distortion DP of MD1721 Model Vector Oscollograph.

简述了MD 1721型矢量示波器的工作原理和自检方法，微分增益失真dg和微分相位失真dp的测量方法。

4.Against the background of variant design of satellite payload preliminary scheme, a phasic progress on emergency design method in the case of man-made or natural disasters was reported.

以卫星有效载荷总体方案变型设计为背景，探讨在人为或自然灾害的非正常情况下的应急设计方法。

5.If this happens, you are using phasic muscles.

这样一来，运动肌就会起作用。

6.First of all, starting with the estimate of signal parameter (e. g. amplitude, frequency and phasic), it makes a research in algorithms of direct, subdivide the spectrum, high-precision FFT and so on.

首先，本文从信号参数(幅度、频率、相位)估计入手，研究了直接法、细化频谱法和高精度FFT法等算法。

7.The fabrication of FBG using phasic mask method LPG using amplitude mask method was introduced;

利用相位掩模板写入FBG和利用振幅掩模板写入LPG的方法；

8.The phasic 相位的 nature of the drug's effect means that its impact can vary greatly depending on the timing of administration.

药物效果的相位的相位的特性意味着其影响可能会因给药时间的不同而大相径庭。

9.The body's response to stress is often described as a phasic 相位的 reaction, where it adapts over time.

身体对压力的反应通常被描述为一种相位的相位的反应，随着时间的推移而适应。

10.During sleep cycles, brain activity is characterized by phasic 相位的 bursts of rapid eye movement (REM).

在睡眠周期中，大脑活动以相位的相位的快速眼动(REM)突发为特征。

11.In neuroscience, phasic 相位的 activity refers to short bursts of neural firing in response to stimuli.

在神经科学中，相位的相位的活动指的是对刺激的短暂神经放电。

12.Certain hormones exhibit phasic 相位的 secretion patterns, increasing and decreasing at different times of the day.

某些激素表现出相位的相位的分泌模式，在一天中的不同时间增加和减少。

作文

In the realm of biology and physiology, the term phasic (相位的) plays a crucial role in understanding various processes that occur in living organisms. The concept of phasic can be particularly observed in the study of muscle contractions, where muscles exhibit different types of contractions based on their function and the demands placed upon them. For instance, during physical activities, muscles can engage in both tonic (sustained) and phasic (intermittent) contractions, allowing for a dynamic response to varying levels of exertion.Moreover, the phasic nature of certain physiological responses is evident in the way our bodies react to stimuli. Take the example of the cardiovascular system: when an individual experiences stress, the heart rate may increase rapidly in a phasic manner, reflecting an immediate response to the perceived threat. This phasic response is essential for survival, as it prepares the body for 'fight or flight' situations.Additionally, the concept of phasic can be applied to the field of psychology, particularly in understanding behavioral changes. For example, during therapy, individuals may experience phasic shifts in their emotional states. These shifts can be temporary but significant, indicating moments of breakthrough or heightened awareness. Recognizing these phasic changes can help therapists tailor their approaches to better support their clients.In the context of learning and memory, phasic activity is also noteworthy. Research has shown that our brain exhibits phasic bursts of activity during critical moments of learning, which can enhance the encoding of new information. This phenomenon highlights the importance of timing and the transient nature of cognitive processes, suggesting that phasic patterns of activation can lead to more robust memory formation.Furthermore, in the world of technology, particularly in the development of artificial intelligence, the idea of phasic responses is being explored. Algorithms that mimic human-like phasic decision-making processes can lead to more adaptive and intelligent systems. By incorporating phasic elements into machine learning, developers aim to create models that can respond dynamically to real-world scenarios, much like humans do.In conclusion, the term phasic (相位的) encompasses a wide array of applications across various fields, from biology to psychology and technology. Understanding the significance of phasic processes allows us to appreciate the complexity of life and the intricate mechanisms that govern our behaviors and responses. As we continue to explore these phasic phenomena, we gain deeper insights into the interconnectedness of different systems, ultimately enhancing our knowledge and capabilities in addressing challenges in health, learning, and innovation.