initial pulse

简明释义

起始脉冲

英英释义

例句

1.The doctor monitored the patient's heart rate, noting the initial pulse 初始脉搏 before starting treatment.

医生监测了病人的心率，注意到在开始治疗之前的初始脉搏.

2.The therapist noted the initial pulse 初始脉搏 of anxiety in her client during their first session.

治疗师在第一次会谈中注意到她的客户的初始脉搏焦虑.

3.When assessing the device's performance, engineers measured the initial pulse 初始脉搏 output under different conditions.

在评估设备性能时，工程师在不同条件下测量了初始脉搏输出.

4.The fitness trainer asked for the initial pulse 初始脉搏 of the participants to tailor the workout intensity.

健身教练要求参与者提供初始脉搏以调整锻炼强度.

5.During the experiment, we recorded the initial pulse 初始脉搏 of the chemical reaction to analyze its speed.

在实验过程中，我们记录了化学反应的初始脉搏以分析其速度.

作文

In the field of neuroscience, understanding how the brain processes information is a complex but fascinating endeavor. One crucial concept that often arises in this discussion is the idea of an initial pulse (初始脉冲). This term refers to the first wave of electrical activity that occurs when a neuron fires, sending signals throughout the nervous system. The initial pulse is not just a simple firing of a neuron; it is the beginning of a cascade of events that can lead to various responses in the body. To illustrate the importance of the initial pulse, consider the process of reflex actions. When you touch something hot, the sensory neurons in your skin detect the heat and generate an initial pulse. This signal travels rapidly to the spinal cord, where it triggers an immediate response, such as pulling your hand away. The speed and efficiency of this response are largely due to the strength and timing of the initial pulse, which ensures that the message reaches the brain quickly enough to prevent injury.Furthermore, the initial pulse plays a significant role in communication between neurons. When one neuron communicates with another, the initial pulse serves as the starting point for neurotransmitter release. These chemical messengers transmit the signal across the synapse, allowing for complex networks of communication within the brain. The strength of the initial pulse can influence how effectively this communication occurs, impacting everything from basic motor skills to higher cognitive functions like decision-making and problem-solving.In addition to its biological significance, the concept of the initial pulse can be metaphorically applied to various aspects of life. For instance, when embarking on a new project or pursuing a goal, the initial pulse can represent the motivation and enthusiasm that kick-starts the journey. Just as a neuron’s initial pulse sets off a chain reaction in the brain, our initial drive can lead to a series of actions that ultimately determine the success of our endeavors.Consider the example of starting a business. The initial pulse might be the moment of inspiration when an entrepreneur decides to turn an idea into reality. This moment is crucial because it ignites passion and determination, driving the individual to take the necessary steps to establish their venture. However, just like in neuroscience, the strength of this initial pulse can vary. Some may feel an overwhelming surge of energy, while others might experience a more subdued motivation. Regardless, the initial pulse is essential in setting the stage for what follows.In conclusion, the concept of the initial pulse (初始脉冲) is fundamental in both neuroscience and various life experiences. It represents the beginning of action and communication, whether in the context of neural activity or personal endeavors. Understanding this concept allows us to appreciate the intricacies of how we respond to stimuli and the importance of that first spark of motivation in any undertaking. Recognizing the power of the initial pulse can inspire us to harness our energy effectively, whether in our professional lives or personal growth journeys.

在神经科学领域，理解大脑如何处理信息是一个复杂但迷人的任务。一个常常出现在讨论中的关键概念是“初始脉冲”这一术语。它指的是当神经元发射时发生的第一波电活动，向整个神经系统发送信号。“初始脉冲”不仅仅是神经元的简单发射；它是导致身体各种反应的一系列事件的开始。为了说明“初始脉冲”的重要性，考虑一下反射动作的过程。当你触摸到热物体时，皮肤中的感觉神经元检测到热量并产生一个“初始脉冲”。这个信号迅速传递到脊髓，在那里触发了一个立即的反应，比如将手撤回。这种反应的速度和效率在很大程度上归功于“初始脉冲”的强度和时机，确保信息快速到达大脑以防止受伤。此外，“初始脉冲”在神经元之间的交流中也发挥着重要作用。当一个神经元与另一个神经元交流时，“初始脉冲”作为神经递质释放的起点。这些化学信使在突触间传递信号，允许大脑内复杂的通讯网络形成。“初始脉冲”的强度会影响这种交流的有效性，从而影响从基本运动技能到更高认知功能（如决策和解决问题）的方方面面。除了生物学上的重要性，“初始脉冲”这一概念还可以隐喻性地应用于生活的各个方面。例如，在开始一个新项目或追求一个目标时，“初始脉冲”可以代表点燃旅程的动力和热情。就像神经元的“初始脉冲”引发大脑中的连锁反应一样，我们的初始驱动力也可以导致一系列行动，从而最终决定我们努力的成功。考虑一下创业的例子。“初始脉冲”可能是企业家决定将一个想法变为现实的灵感瞬间。这个时刻至关重要，因为它点燃了激情和决心，驱使个人采取必要步骤来建立他们的事业。然而，就像在神经科学中一样，这个“初始脉冲”的强度可能会有所不同。有些人可能会感到强烈的能量涌动，而其他人可能会体验到更温和的动力。尽管如此，“初始脉冲”在设定后续阶段中是必不可少的。总之，“初始脉冲”这一概念在神经科学和各种生活经历中都是基础性的。它代表了行动和交流的开始，无论是在神经活动的背景下还是在个人努力中。理解这一概念使我们能够欣赏到我们如何回应刺激的复杂性，以及那个在任何工作中都至关重要的第一激励火花的重要性。认识到“初始脉冲”的力量，可以激励我们有效地利用我们的能量，无论是在职业生活中还是在个人成长的旅程中。