bionic

简明释义

英[baɪˈɒnɪk]美[baɪˈɑːnɪk]

adj. 仿生学的；利用仿生学的

英英释义

单词用法

同义词

反义词

例句

1.Q. HAVE YOU CREATED A BIONIC NERVOUS SYSTEM?

你创造了一个仿生物学神经系统？

2.If you wanted to see bionic arms or legs in action, you used to have to look back to 1970s television shows or Star Wars movies.

如果你想看到仿生手臂或仿生腿如何运转，可以去看上世纪70年代的电视片或星球大战的电影。

3.We call that structure bionic.

我们称之为结构仿生。

4.(If this sounds to you something like the "bionic swarms" from William Gibson's 1984 science fiction novel, Neuromancer, you're right.)

(如果你听起来像威廉·吉布森1984年的科幻小说，《神经漫游者》中的仿生群，那就对了)。

5.A get-back path is planned based on the bionic principle, saving time and cutting down the distance needed to back.

本文还提出一种基于仿生原理的回程方式，使机器人在回程中节省了时间和距离。

6.Profoundly blind people could get their best shot yet of restored vision with a more advanced "bionic eye", researchers have announced.

研究人员宣布，完全失明的人可以试一试用一种更先进的"仿生眼"恢复视力。

7.But he can still pick up small objects with fine motor control, thanks to a bionic appendage wired to his remaining nerves.

但是在精控马达的协助下他仍然可以捡起小物件，这要归功于连接在他手臂神经上的仿生义肢。

8."The Partridge Family, the Addams Family, the Six Million Dollar Man, the Bionic Woman everything that was on television ended up on a lunch box,"says Allen Woodall.

艾伦·伍德尔说：“《鹧鸪家庭》、《亚当斯一家》、《无敌金刚》、《无敌女金刚》——电视上的一切都印在了午餐盒上。”

9.Scientists are developing bionic organs to replace damaged ones in humans.

科学家们正在开发仿生器官，以替代人类受损的器官。

10.The athlete used a bionic prosthetic leg to enhance his performance.

这位运动员使用了一个仿生假肢来提升他的表现。

11.The movie featured a hero with bionic enhancements that gave him superhuman abilities.

这部电影中有一个英雄，他拥有仿生增强能力，使他具备超人能力。

12.Her bionic arm allows her to lift heavy objects with ease.

她的仿生手臂让她能够轻松举起重物。

13.Researchers are excited about the potential of bionic technology in medicine.

研究人员对仿生技术在医学中的潜力感到兴奋。

作文

In recent years, the term bionic has gained significant traction in both scientific communities and popular culture. The word bionic refers to the application of biological principles to the design of artificial systems, particularly in the fields of robotics and prosthetics. This fascinating intersection between biology and technology has led to remarkable advancements that not only enhance human capabilities but also redefine what it means to be human. One of the most prominent examples of bionic technology is found in the realm of prosthetic limbs. Traditionally, prosthetics were rudimentary devices that offered limited functionality. However, with the advent of bionic technology, we now have prosthetic limbs that can mimic the natural movement of human limbs. These advanced devices are equipped with sensors and motors that allow them to respond to the user's thoughts and movements, providing a level of control and dexterity that was previously unimaginable. For instance, individuals with bionic arms can perform tasks such as grasping objects, typing on a keyboard, or even playing musical instruments, all thanks to the integration of sophisticated technology.Moreover, the concept of bionic extends beyond prosthetics. In the field of medicine, researchers are exploring bionic implants that can restore lost functions to organs or tissues. For example, bionic eyes are being developed to help those who are visually impaired regain their sight. These devices use cameras and advanced algorithms to process visual information and send signals to the brain, effectively bypassing damaged retinal cells. Such innovations represent a leap forward in our ability to heal and restore human capabilities.The implications of bionic technology also raise ethical questions about the future of humanity. As we integrate more bionic enhancements into our lives, we must consider the potential consequences of blurring the lines between human and machine. Will society accept individuals with bionic modifications as equals, or will there be a divide between those who can afford such enhancements and those who cannot? Furthermore, how do we define humanity in an age where technology can replicate and even enhance our natural abilities?In conclusion, the rise of bionic technology signifies a pivotal moment in human history. It holds the promise of improving the quality of life for many, allowing individuals to overcome physical limitations and achieve their full potential. However, as we embrace these advancements, we must also engage in thoughtful discussions about the ethical implications and societal impacts of bionic enhancements. The journey ahead is one filled with exciting possibilities, and it is up to us to navigate this new frontier responsibly. Through understanding the significance of bionic technology, we can better appreciate its role in shaping our future and the ways it can transform lives for the better.

近年来，术语bionic在科学界和大众文化中获得了显著的关注。这个词bionic指的是将生物学原理应用于人工系统设计，特别是在机器人技术和假肢领域。这种生物学与技术之间的迷人交集导致了显著的进步，不仅增强了人类的能力，还重新定义了人类的意义。bionic技术最突出的例子之一是在假肢领域。传统上，假肢是简单的设备，功能有限。然而，随着bionic技术的出现，我们现在拥有能够模拟人类肢体自然运动的假肢。这些先进的设备配备了传感器和电动机，可以响应用户的思想和动作，提供以前无法想象的控制和灵活性。例如，使用bionic手臂的个体可以执行抓取物体、在键盘上打字甚至演奏乐器等任务，这一切都得益于复杂技术的整合。此外，bionic的概念不仅限于假肢。在医学领域，研究人员正在探索bionic植入物，以恢复器官或组织的丧失功能。例如，正在开发bionic眼睛，以帮助视力受损者恢复视力。这些设备使用摄像头和先进算法处理视觉信息，并将信号发送到大脑，有效绕过受损的视网膜细胞。这些创新代表了我们治疗和恢复人类能力的飞跃。bionic技术的影响也引发了关于人类未来的伦理问题。随着我们将更多的bionic增强融入生活，我们必须考虑模糊人类与机器之间界限的潜在后果。社会是否会接受具有bionic改造的个体作为平等者，还是会出现能够负担得起这种增强的人与不能的人之间的分裂？此外，在技术能够复制甚至增强我们自然能力的时代，我们如何定义人性？总之，bionic技术的崛起标志着人类历史上的一个重要时刻。它承诺改善许多人的生活质量，使个人能够克服身体限制，充分实现他们的潜力。然而，当我们拥抱这些进步时，我们还必须进行深入讨论，探讨bionic增强的伦理影响和社会影响。未来的旅程充满了令人兴奋的可能性，而我们有责任谨慎地驾驭这一新前沿。通过理解bionic技术的重要性，我们可以更好地欣赏它在塑造我们未来中的作用，以及它如何为生活带来积极的转变。