brach

简明释义

英[brætʃ]美[ˈbrætʃ]

n. 雌猎犬

n. (Brach) （瑞典）布拉克（人名）；（德、波、捷）布拉赫（人名）

英英释义

单词用法

同义词

反义词

例句

1.May world peace and all the people exchange the olive brach!

希望世界和平，全世界的人民和睦相处！

2.On the background of production process of alumina in Zhongzhou Brach China Aluminium, this paper mainly does research in the establishment and application of the predictive model of quality.

本文以中铝集团中州分公司氧化铝生产过程为背景，着重研究了生料浆质量预测模型的建立和应用。

3.On the background of production process of alumina in Zhongzhou Brach China Aluminium, this paper mainly does research in the establishment and application of the predictive model of quality.

本文以中铝集团中州分公司氧化铝生产过程为背景，着重研究了生料浆质量预测模型的建立和应用。

4.Are there chances for employees to be transferred to the oversea brach of the company?

雇员有机会到公司设的海外分部工作吗？

5.Each of the 50 states has a governor, he or she represents the state's executive brach.

所有的50个州各有一名州长，他或她代表着该州的行政分支。

6.The doctor advised him to brach his arm after the injury.

医生建议他在受伤后要弯曲手臂。

7.To improve flexibility, it's essential to brach regularly during workouts.

为了提高灵活性，在锻炼时定期拉伸是必要的。

8.The artist chose to brach the canvas in a unique way.

这位艺术家选择以独特的方式处理画布。

9.She decided to brach her schedule to make time for the meeting.

她决定调整自己的日程，以腾出时间参加会议。

10.He had to brach the rules to get ahead in the competition.

为了在比赛中取得优势，他不得不打破规则。

作文

In the world of biology, the term brach refers to a specific anatomical structure or part of an organism. More commonly, it is associated with the concept of 'arm' in Greek origin. Understanding the brach is crucial for various fields such as anatomy, physiology, and even evolutionary biology. For instance, when studying the human body, the brach region includes not only the arm itself but also the shoulder and the upper part of the torso. This area is vital for movement and manipulation of objects, making it a focal point in both health sciences and physical education.The significance of the brach can be observed in how humans and other animals utilize their limbs for survival. In evolutionary terms, the development of the brach has allowed species to adapt to their environments. For example, primates have evolved highly flexible brachs that enable them to swing from tree branches and grasp objects effectively. This adaptability highlights the importance of the brach in the context of natural selection and survival of the fittest.Moreover, the study of the brach extends beyond just physical attributes; it also encompasses the neurological aspects that control movement. The brain's motor cortex is responsible for sending signals to the muscles in the brach, allowing for coordinated actions. Injuries or disorders affecting this area can lead to significant challenges in mobility and daily functioning. Rehabilitation therapies often focus on restoring strength and flexibility to the brach, illustrating its importance in overall health and well-being.In sports science, understanding the mechanics of the brach is essential for enhancing athletic performance. Coaches and trainers analyze the movements of athletes to optimize their techniques, ensuring that the brach is used efficiently. Whether it’s in throwing a ball, lifting weights, or performing gymnastic routines, the role of the brach cannot be overstated. Proper training can prevent injuries and improve outcomes, showcasing the interconnectedness of knowledge about the brach in practical applications.Furthermore, the brach is often studied in the context of robotics and artificial intelligence. Engineers and designers look to biological structures for inspiration when creating robotic arms or prosthetics. By mimicking the functionality of the brach, they aim to develop machines that can perform complex tasks with precision. This intersection of biology and technology underscores the relevance of the brach in modern innovation.In conclusion, the brach is more than just a simple anatomical term; it represents a critical component of life that influences movement, adaptation, and technology. From its biological significance to its applications in healthcare and engineering, understanding the brach enriches our knowledge of both the natural world and human-made systems. As we continue to explore this fascinating area, we uncover new insights that can lead to advancements in medicine, sports, and technology, ultimately enhancing our quality of life and understanding of the universe around us.

在生物学的世界中，术语brach指的是生物体的特定解剖结构或部分。更常见的是，它与希腊语中的“手臂”概念相关。理解brach对于解剖学、生理学甚至进化生物学等多个领域至关重要。例如，在研究人体时，brach区域不仅包括手臂本身，还包括肩部和上半身。这一区域对运动和物体操作至关重要，使其成为健康科学和体育教育的重点。brach的重要性可以通过人类和其他动物如何利用四肢生存来观察。在进化的角度上，brach的发展使物种能够适应其环境。例如，灵长类动物进化出了高度灵活的brach，使它们能够在树枝间摆动并有效地抓取物体。这种适应性突显了在自然选择和适者生存的背景下brach的重要性。此外，对brach的研究不仅涉及身体特征；还包括控制运动的神经学方面。大脑的运动皮层负责向brach中的肌肉发送信号，从而实现协调的动作。影响这一领域的伤害或疾病可能导致运动和日常功能的重大挑战。康复治疗通常集中在恢复brach的力量和灵活性上，说明了它在整体健康和幸福感中的重要性。在运动科学中，理解brach的力学对于提高运动表现至关重要。教练和训练师分析运动员的动作，以优化他们的技术，确保brach的高效使用。无论是在投掷球、举重还是进行体操动作中，brach的作用都不可低估。适当的训练可以防止受伤并改善结果，展示了对brach知识在实际应用中的相互关联。此外，brach常常在机器人和人工智能的背景下进行研究。工程师和设计师在创造机器人手臂或假肢时，借鉴生物结构的灵感。通过模仿brach的功能，他们旨在开发出能够精确执行复杂任务的机器。这种生物学与技术的交汇凸显了brach在现代创新中的相关性。总之，brach不仅仅是一个简单的解剖术语；它代表了一种生命的关键组成部分，影响着运动、适应和技术。从其生物学意义到在医疗和工程中的应用，理解brach丰富了我们对自然世界和人造系统的知识。随着我们继续探索这一迷人的领域，我们发现新的见解，这些见解可以推动医学、体育和技术的进步，最终提升我们的生活质量和对周围宇宙的理解。