retrogradation

简明释义

英[retrəɡrəˈdeɪʃən]美[retrəɡrəˈdeɪʃən]

n. 倒退；后退；逆行

英英释义

单词用法

同义词

反义词

例句

1.Formamide could effectively restrain the starch retrogradation.

结果表明甲酰胺可以有效抑制淀粉回生。

2.After being micronized, the retrogradation of corn starch paste is enhanced and its transparency decreases.

由于微细化处理后淀粉凝沉性增强，淀粉糊的透明度随淀粉粒度的下降而降低。

3.This study mainly focused on retrogradation of instant rice and improvement of processing.

本课题旨在研究即食方便米饭的老化机理及其生产工艺的改进。

4.The research on starch retrogradation is of great importance for improving food texture.

淀粉回生研究对改善食品品质有重要意义。

5.The results showed that Colocasia esculenta Schott starch has properties of lower clarity, poor freeze-thaw stability and good retrogradation.

结果表明，香芋淀粉糊具有透明度低，冻融稳定性差，沉降性好等性质。

6.The paste system and retrogradation properties of rice starch were studied.

本文研究了淀粉糊的物系结构及淀粉糊的老化特性。

7.The effects of degree substitution on retrogradation and anti-mycotic were less.

糊黏度则先减后增。取代度的变化对沉降性和抗霉菌能力影响不大。

8.The effects of different water content on the gelatinization, short-term and long-term retrogradation of rice starch were studied.

用差示扫描量热仪和动态流变仪对不同水分含量的大米淀粉糊化、短期回生和长期回生特性进行了研究。

9.The phenomenon of planetary retrogradation is often observed in astrology, where planets appear to move backward in their orbits.

在占星学中，行星的逆行现象常常被观察到，行星似乎在其轨道上向后移动。

10.In astronomy, retrogradation can refer to the apparent motion of an object moving in the opposite direction to its usual path.

在天文学中，逆行可以指一个物体朝着与其通常路径相反的方向运动的表观运动。

11.Some scientists study the retrogradation of certain species to understand their evolutionary adaptations.

一些科学家研究某些物种的逆行以理解它们的进化适应性。

12.The retrogradation of the moon can affect tides and ocean currents significantly.

月球的逆行可以显著影响潮汐和海洋流。

13.During the retrogradation of Mercury, many people believe that communication issues will arise.

在水星逆行期间，许多人相信会出现沟通问题。

作文

In the vast realm of astronomy, the term retrogradation refers to the apparent motion of a planet in a direction opposite to that of other bodies within its system. This phenomenon is not just a mere curiosity; it holds significant implications for both astronomers and astrologers alike. To better understand retrogradation, we must first delve into the mechanics of planetary motion.Planets in our solar system orbit the sun in elliptical paths, and their movements can often appear complex when viewed from Earth. As Earth travels around the sun, it sometimes overtakes other planets, creating the illusion that these planets are moving backward in the sky. This optical illusion is what we call retrogradation. For example, when Earth passes by Mars, observers on Earth may notice that Mars seems to change its direction and move westward instead of eastward. This fascinating occurrence can last for several weeks or even months, depending on the specific alignment of the planets involved.Astrologically, retrogradation is believed to influence human behavior and events on Earth. Each planet carries its own set of characteristics and energies, and when a planet is in retrogradation, it is thought to amplify certain traits associated with that planet. For instance, when Mercury goes into retrogradation, many people report experiencing communication breakdowns, delays, and misunderstandings. This has led to the popular belief that it is an unfavorable time for signing contracts or making significant decisions.However, it is essential to recognize that retrogradation is not inherently negative. While it may bring challenges, it also offers opportunities for reflection and reassessment. During these periods, individuals might find themselves revisiting past projects or relationships, allowing for healing and closure. Thus, rather than viewing retrogradation solely as a troublesome phase, it can be seen as a chance for growth and introspection.From a scientific standpoint, understanding retrogradation enhances our knowledge of celestial mechanics and the dynamics of our solar system. It serves as a reminder of the intricate dance between celestial bodies, where perspective plays a crucial role in how we perceive motion. This perspective is not limited to astronomy; it extends to various aspects of life. Just as planets appear to move backward due to our position, our lives can feel stagnant or regressive at times. Yet, these moments often lead to profound insights and personal development.In conclusion, the concept of retrogradation encompasses more than just an astronomical phenomenon. It is a multifaceted idea that encourages us to reflect on our experiences and the cycles of our lives. Whether viewed through the lens of science or astrology, retrogradation invites us to embrace the complexities of motion, both in the cosmos and within ourselves. As we navigate through our journeys, let us remember that moments of apparent regression can ultimately pave the way for progress and enlightenment.

在广阔的天文学领域中，术语retrogradation指的是行星在其系统内朝着与其他天体相反的方向运动的表观运动。这一现象不仅仅是一种好奇心，它对天文学家和占星家都具有重要意义。要更好地理解retrogradation，我们首先必须深入探讨行星运动的机制。我们太阳系中的行星围绕太阳以椭圆轨道运行，其运动在从地球观察时往往显得复杂。当地球围绕太阳运行时，有时会超越其他行星，从而产生这些行星在天空中向后移动的错觉。这种光学错觉就是我们所称的retrogradation。例如，当地球经过火星时，地球上的观察者可能会注意到火星似乎改变了方向，向西而不是向东移动。这一迷人的现象可能持续数周甚至数月，具体取决于涉及行星的特定排列。在占星学中，retrogradation被认为会影响人类行为和地球上的事件。每颗行星都有其自身的一套特性和能量，当一颗行星处于retrogradation状态时，据信会放大与该行星相关的某些特征。例如，当水星进入retrogradation时，许多人报告经历沟通障碍、延误和误解。这导致了人们普遍认为这是一个不利于签署合同或做出重大决定的时期。然而，必须认识到，retrogradation并非固有负面。虽然它可能带来挑战，但也提供了反思和重新评估的机会。在这些期间，个人可能会发现自己重新审视过去的项目或关系，从而实现疗愈和解脱。因此，与其将retrogradation视为困扰的阶段，不如将其视为成长和内省的机会。从科学的角度来看，理解retrogradation增强了我们对天体力学和太阳系动态的认识。它提醒我们，天体之间的复杂舞蹈中，视角在我们如何感知运动中扮演着至关重要的角色。这种视角不仅限于天文学；它扩展到生活的各个方面。正如行星由于我们的视角而显得向后移动一样，我们的生活有时也会感觉停滞不前或退步。然而，这些时刻往往会带来深刻的洞察和个人发展。总之，retrogradation的概念不仅仅是一个天文现象。它是一个多方面的思想，鼓励我们反思自己的经历和生命的周期。无论是通过科学还是占星学的视角，retrogradation邀请我们拥抱运动的复杂性，无论是在宇宙中还是在我们自身。随着我们在旅程中前行，让我们记住，表面上的倒退时刻最终可以为进步和启蒙铺平道路。