diphasic

简明释义

英[dɪˈfeɪzɪk]美[dɪˈfeɪzɪk]

adj. 二相的；双相的

英英释义

单词用法

同义词

反义词

例句

1.Mullite gels are excellent precursors for preparing fine mullite. Mullite gels consist of monophasic gel and diphasic gel.

莫来石凝胶是制备超细莫来石的优良先驱物，主要分为单相和双相凝胶。

2.Mullite gels are excellent precursors for preparing fine mullite. Mullite gels consist of monophasic gel and diphasic gel.

莫来石凝胶是制备超细莫来石的优良先驱物，主要分为单相和双相凝胶。

3.Methods used were UV spectrophotometry for qualitative analysis and diphasic titration for quantitative analysis.

定性检测采取紫外分光光度法，定量检测采取两相滴定法。

4.The study revealed a diphasic 双相的 response to the medication, indicating that it works differently at various doses.

研究显示该药物对药物的反应是diphasic 双相的，这表明它在不同剂量下的作用不同。

5.In the experiment, the temperature showed a diphasic 双相的 trend, first increasing and then decreasing.

在实验中，温度呈现出diphasic 双相的趋势，先上升后下降。

6.The diphasic 双相的 nature of the reaction makes it essential to control the environment carefully.

反应的diphasic 双相的特性使得仔细控制环境变得至关重要。

7.Researchers noted a diphasic 双相的 pattern in the heart rate during the stress test.

研究人员注意到在压力测试中心率出现了diphasic 双相的模式。

8.The diphasic 双相的 response observed in the clinical trials suggests a need for further investigation.

在临床试验中观察到的diphasic 双相的反应表明需要进一步调查。

作文

In the realm of science and medicine, understanding various phenomena often requires a deep dive into specialized terminology. One such term is diphasic, which refers to something that has two distinct phases or stages. This concept can be observed in various fields, including pharmacology, physiology, and even psychology. To illustrate the significance of diphasic processes, let us explore its implications in the context of sleep patterns and drug responses. Sleep is a vital component of human health, characterized by different stages that contribute to restorative functions. Research indicates that sleep is not a uniform state but rather a diphasic process, especially in certain cultures where people take afternoon naps. This diphasic sleep pattern consists of two main phases: the primary sleep period at night and a shorter nap during the day. Studies have shown that individuals who adopt a diphasic sleep schedule often experience improved cognitive function and mood compared to those who maintain a monophasic sleep pattern, which consists of one long sleep session at night. Similarly, the concept of diphasic responses is crucial in pharmacology, particularly regarding how medications interact with the body over time. For instance, certain drugs exhibit diphasic effects, meaning they can produce two distinct reactions depending on the dosage or timing of administration. A classic example is the use of caffeine; at lower doses, it acts as a stimulant, enhancing alertness and concentration. However, at higher doses, it can lead to increased anxiety and restlessness, showcasing a diphasic response to the same substance. Understanding these diphasic effects allows healthcare professionals to tailor treatments effectively, ensuring optimal outcomes for patients. In psychology, the diphasic nature of emotional responses is also noteworthy. Emotions typically do not manifest in a linear fashion; instead, they can fluctuate dramatically within short periods. For example, an individual may initially feel excitement about an upcoming event, only to experience anxiety as the date approaches. This diphasic emotional trajectory illustrates the complexity of human feelings and highlights the importance of recognizing these phases when providing support or therapy. In conclusion, the term diphasic encapsulates the idea of duality in various contexts, from sleep patterns to drug responses and emotional fluctuations. By acknowledging the diphasic nature of these phenomena, we can gain a more nuanced understanding of human behavior and physiological processes. This awareness not only enhances our comprehension of scientific principles but also enables us to apply this knowledge in practical settings, ultimately improving well-being and health outcomes. As we continue to explore the intricacies of life, the concept of diphasic will undoubtedly remain a critical aspect of our understanding.

在科学和医学领域，理解各种现象通常需要深入研究专业术语。其中一个术语是diphasic，指的是具有两个不同阶段或阶段的事物。这个概念可以在包括药理学、生理学甚至心理学等多个领域观察到。为了说明diphasic过程的重要性，让我们探讨它在睡眠模式和药物反应中的影响。 睡眠是人类健康的重要组成部分，其特征是不同的阶段，有助于恢复功能。研究表明，睡眠并不是一个统一的状态，而是一种diphasic过程，特别是在某些文化中，人们会在下午小睡。这种diphasic睡眠模式由两个主要阶段组成：夜间的主要睡眠期和白天的短暂小睡。研究表明，采用diphasic睡眠时间表的人相比于保持单相睡眠模式（即夜间一长段睡眠）的人，通常会体验到更好的认知功能和情绪。 同样，diphasic反应的概念在药理学中也至关重要，特别是关于药物如何随时间与身体相互作用。例如，某些药物表现出diphasic效应，意味着它们可以根据剂量或给药时间产生两种不同的反应。一个经典的例子是咖啡因的使用；在较低剂量下，它作为兴奋剂，增强警觉性和集中力。然而，在较高剂量下，它可能导致焦虑和不安，展示了对同一种物质的diphasic反应。理解这些diphasic效应使医疗专业人员能够有效地调整治疗方案，确保患者获得最佳结果。 在心理学中，情感反应的diphasic性质也值得注意。情感通常不会以线性方式表现；相反，它们可以在短时间内剧烈波动。例如，一个人可能最初对即将发生的事件感到兴奋，但随着日期的临近又感到焦虑。这种diphasic情感轨迹说明了人类情感的复杂性，并强调在提供支持或治疗时识别这些阶段的重要性。 总之，术语diphasic概括了各种背景下的二元性，从睡眠模式到药物反应和情感波动。通过承认这些现象的diphasic性质，我们可以更深入地理解人类行为和生理过程。这种意识不仅增强了我们对科学原理的理解，还使我们能够在实际环境中应用这些知识，最终改善福祉和健康结果。随着我们继续探索生活的复杂性，diphasic的概念无疑将继续成为我们理解的关键方面。