bionics

bionics的音标是["baɪənɪks]，翻译为“仿生学；仿生学系统；仿生机械”。

速记技巧：可以尝试使用谐音法来记这个单词，其中“bion”可以谐音化为“比昂”，这样组合起来记忆更方便。

Bionics这个词源自希腊语，意思是“生命的力量”或“生物的力量”。它的变化形式包括复数形式的“bionics”和过去式和过去分词形式的“biologized”或“biologized”。

相关单词：

1. bionic手臂 - 仿生手臂，一种模仿人类手臂功能的机器人手臂。

2. bioelectricity - 生物电能，指生物体内产生的电能。

3. bioengineering - 生物工程，一种利用工程学方法研究和发展生物学的领域。

4. bioinspired - 生物启发的，指受到生物行为或结构的启发而进行的创新设计。

5. biofeedback - 生物反馈，一种通过仪器将人体生理指标反馈给用户的医疗技术。

6. biomechanics - 生物力学，研究生物体运动和力的学科。

7. biocompatibility - 生物相容性，指材料、药物等与生物体之间的相互作用关系。

8. bioplastics - 生物塑料，一种由可再生资源制成的塑料材料。

9. biosphere - 生物圈，地球上所有生命的总称。

10. biotechnology - 生物技术，利用生物学原理和工程学方法进行研究和应用的领域。

以上这些单词都与bionics这个概念密切相关，涵盖了生物学、工程学、医学等多个领域。

Bionics常用短语：

1. bionic technology 仿生技术

2. bionic prosthesis 仿生假肢

3. bionic intelligence 仿生智能

4. bio-inspired design 生物启发的设计

5. bio-mimicry 生物仿生学

6. bio-robotics 生物机器人

7. bio-mechanical engineering 生物机械工程

双语例句：

1. We are developing bionic prostheses to help people with disabilities to regain their mobility. (我们正在研发仿生假肢，帮助残疾人恢复行动能力。)

2. Bionic intelligence is a hot topic in the field of artificial intelligence. (仿生智能是人工智能领域的一个热门话题。)

3. Bio-inspired design can be used to improve the efficiency of energy conversion systems. (生物启发的设计可以用于提高能量转换系统的效率。)

4. Bio-mimicry is used in medicine to create more effective drugs and vaccines. (生物仿生学在医学上被用于创造更有效的药物和疫苗。)

5. Bionic technology has opened up new possibilities for people with disabilities. (仿生技术为残疾人打开了新的可能性。)

6. The bio-mechanical engineering industry is rapidly developing, with many new products and services on the market. (生物机械工程行业正在快速发展，市场上有很多新产品和服务。)

7. The future of bio-inspired technology is incredibly exciting, with many potential applications in areas such as medicine, transportation and manufacturing. (生物启发的技术的未来令人兴奋不已，在医疗、交通和制造等领域有许多潜在的应用。)

英文小作文：

Bionics: The Future of Life and Mobility

Bionics, the science of imitating nature, is revolutionizing the way we live and move. From prostheses that mimic the movement of natural limbs to intelligent robots that mimic human behavior, bionics is unlocking new possibilities for life and mobility.

For people with disabilities, bionics offers the possibility of regaining movement and independence. Through advanced technology, bionic prostheses can now replicate the natural movement of a limb, allowing people to live a full and active life without limitations.

Bionics is also transforming the way we approach energy conversion systems, with bio-mimicry enabling more efficient designs that mimic the natural processes of energy generation and storage. From solar cells that mimic the movement of leaves to wind turbines that mimic the motion of birds in flight, bionics is unlocking new possibilities for sustainable energy production and consumption.

Moreover, bionics is opening up new frontiers in medicine and healthcare, with bio-robots and artificial organs becoming increasingly commonplace. From precision surgery to patient care, bionics is revolutionizing the way we approach healthcare, providing new hope for a better future for millions of people worldwide.

In conclusion, bionics is shaping the future of life and mobility, unlocking new possibilities for individuals and society as a whole. As we continue to explore and develop this field, we can look forward to a brighter and more inclusive future where everyone can live a full and active life, regardless of their limitations.