pulsatory

简明释义

英[ˈpʌlsətəri]美[ˈpʌlsəˌtɔːri]

adj. 脉动的，[生理] 搏动的

英英释义

单词用法

同义词

反义词

例句

1.The metathoracic accessory pulsatory organ is very small and has no direct channels connecting the dorsal vessel, but there is a pulsating membrane without muscle.

后胸辅搏动器很小，与背血管无直接通道，具有一个没有肌肉的搏动膜。

2.The metathoracic accessory pulsatory organ is very small and has no direct channels connecting the dorsal vessel, but there is a pulsating membrane without muscle.

后胸辅搏动器很小，与背血管无直接通道，具有一个没有肌肉的搏动膜。

3.The doctor noted the pulsatory 脉动的 nature of the patient's heartbeat during the examination.

医生在检查中注意到患者心跳的pulsatory 脉动的 特性。

4.In the experiment, the pulsatory 脉动的 flow of the liquid was crucial for accurate measurements.

在实验中，液体的pulsatory 脉动的 流动对准确测量至关重要。

5.The musician used a pulsatory 脉动的 rhythm to enhance the energy of the performance.

音乐家使用了一个pulsatory 脉动的 节奏来增强表演的能量。

6.She felt a pulsatory 脉动的 sensation in her wrist while checking her pulse.

她在检查脉搏时感到手腕有一种pulsatory 脉动的 感觉。

7.The pulsatory 脉动的 motion of the wave created a mesmerizing effect on the audience.

波浪的pulsatory 脉动的 运动给观众创造了迷人的效果。

作文

The human body is a complex system that operates through various mechanisms to maintain homeostasis. One of the most fascinating aspects of this system is the way in which it utilizes a pulsatory (脉动的) rhythm to regulate vital functions. This pulsatory (脉动的) nature is evident in numerous bodily processes, particularly in the cardiovascular system, where the heart beats in a rhythmic pattern to pump blood throughout the body.Each heartbeat represents a pulsatory (脉动的) action, pushing blood through arteries and veins, delivering oxygen and nutrients to tissues while also removing waste products. The pulsatory (脉动的) flow of blood is crucial for maintaining the health of organs and systems, illustrating how integral this rhythm is to our survival.Beyond the heart's function, the concept of pulsatory (脉动的) rhythms can be observed in other areas of the body as well. For instance, the respiratory system exhibits a pulsatory (脉动的) pattern during inhalation and exhalation. Each breath taken is a rhythmic cycle that brings in fresh oxygen while expelling carbon dioxide, demonstrating another essential function governed by pulsatory (脉动的) dynamics.Moreover, the brain operates with its own pulsatory (脉动的) activity. Brainwaves fluctuate in a rhythmic manner, influencing our state of consciousness, emotions, and cognitive functions. These pulsatory (脉动的) patterns are not only critical for daily functioning but also play a significant role in sleep cycles, where different stages of sleep exhibit distinct pulsatory (脉动的) characteristics.In the context of physical exercise, understanding pulsatory (脉动的) responses becomes even more important. During intense workouts, the heart rate increases, showcasing a heightened pulsatory (脉动的) response to meet the body's oxygen demands. This adaptation is vital for improving stamina and overall health, highlighting the importance of pulsatory (脉动的) mechanisms in athletic performance.Furthermore, the concept of pulsatory (脉动的) rhythms extends beyond biology into various fields such as music and art. In music, a pulsatory (脉动的) beat drives the tempo, creating a sense of movement and emotion within a piece. Artists often use pulsatory (脉动的) patterns in their work to evoke feelings and convey messages, demonstrating how this concept transcends scientific boundaries.In conclusion, the term pulsatory (脉动的) encapsulates a fundamental aspect of life, representing the rhythmic patterns that govern many biological processes. From the beating of the heart to the ebb and flow of breath, these pulsatory (脉动的) actions are essential for sustaining life. Additionally, the influence of pulsatory (脉动的) rhythms extends into creative expressions, making it a universal principle that connects various disciplines. Understanding this concept allows us to appreciate the intricate workings of our bodies and the world around us, highlighting the beauty of rhythm in both nature and art.

人类身体是一个复杂的系统，通过各种机制运作以维持体内平衡。这个系统中最引人入胜的方面之一是它如何利用pulsatory（脉动的）节奏来调节生命功能。这种pulsatory（脉动的）特性在许多生理过程中显而易见，特别是在心血管系统中，心脏以有节奏的方式跳动，将血液泵送到全身。每一次心跳代表着一种pulsatory（脉动的）动作，推动血液通过动脉和静脉，向组织输送氧气和营养，同时清除废物。血液的pulsatory（脉动的）流动对维持器官和系统的健康至关重要，说明这种节奏对我们的生存是多么重要。除了心脏的功能，pulsatory（脉动的）节奏的概念也可以在身体的其他区域观察到。例如，呼吸系统在吸气和呼气时表现出一种pulsatory（脉动的）模式。每一次呼吸都是一个有节奏的循环，带来新鲜的氧气，同时排出二氧化碳，展示了又一个由pulsatory（脉动的）动态支配的重要功能。此外，大脑也以其自身的pulsatory（脉动的）活动运作。脑波以有节奏的方式波动，影响我们的意识状态、情感和认知功能。这些pulsatory（脉动的）模式不仅对日常功能至关重要，还在睡眠周期中发挥重要作用，其中不同的睡眠阶段展现出不同的pulsatory（脉动的）特征。在体育锻炼的背景下，理解pulsatory（脉动的）反应变得更加重要。在剧烈运动期间，心率增加，展示出一种增强的pulsatory（脉动的）反应，以满足身体对氧气的需求。这种适应对提高耐力和整体健康至关重要，突显了pulsatory（脉动的）机制在运动表现中的重要性。此外，pulsatory（脉动的）节奏的概念超越了生物学，延伸到音乐和艺术等多个领域。在音乐中，pulsatory（脉动的）节拍驱动着节奏，为作品创造出运动和情感的感觉。艺术家们常常在他们的作品中使用pulsatory（脉动的）模式，以唤起情感和传达信息，展示了这一概念如何超越科学界限。总之，pulsatory（脉动的）这个词涵盖了生命的一个基本方面，代表着支配许多生物过程的节奏模式。从心脏的跳动到呼吸的起伏，这些pulsatory（脉动的）动作对维持生命至关重要。此外，pulsatory（脉动的）节奏的影响还延伸到创造性表达，使其成为连接各个学科的普遍原则。理解这一概念使我们能够欣赏身体和周围世界的复杂运作，突显了自然和艺术中节奏之美。