exoskeletal

exoskeletal的音标为[ɪkˈsesɪk(ə)l]：

基本翻译为外骨骼的。

速记技巧：exo-前缀表示“外部的，外来的”，skeletal表示“骨骼的”。连起来就是外骨骼的。

Exoskeletal这个词源自希腊语，意为“外部骨骼的”。它的变化形式包括复数形式exoskeletons，过去式exoskeled，过去分词exoskeled以及现在分词exoskeled。

相关单词：

1. Exoskeleton（外骨骼）：这个词指的是动物或机器外部的坚硬骨架，通常用于支撑和保护内部器官。

2. ExoskeletalSystem（外骨骼系统）：这是一种生物体或机器中使用的系统，用于提供支撑和保护，同时允许自由运动。

3. ExoskeletalArthroplasty（外骨骼关节重塑）：这是一种手术技术，用于修复或替换受损的外骨骼关节，以改善关节功能和整体生物体的运动能力。

外骨骼在许多动物中都有应用，如昆虫、鸟类和哺乳动物。在人类医学中，外骨骼也用于帮助残疾人或老年人进行运动。同时，在机器人技术中，外骨骼也常被用于增强机器人的力量和耐力，同时允许其进行灵活的运动。

exoskeletal:

常用短语：

1. exoskeleton foundation 外部骨架基础

2. exoskeleton design 外部骨架设计

3. exoskeleton structure 外部骨架结构

4. exoskeleton support 外部骨架支撑

5. exoskeleton system 外部骨架系统

6. exoskeleton equipment 外部骨架设备

7. exoskeleton technology 外部骨架技术

双语例句：

1. The exoskeleton of the robot is a crucial component for its function and stability. (机器人的外部骨架是其功能和稳定性的关键组成部分。)

2. The exoskeleton of the aircraft is designed to provide support and stability for the passengers and crew. (飞机的外部骨架被设计为给乘客和机组人员提供支撑和稳定性。)

3. The exoskeleton of the ship is a vital component for its strength and stability. (船的外部骨架是其强度和稳定性的重要组成部分。)

4. The exoskeleton of the building provides support for the structure and ensures its stability. (建筑的外部骨架为结构提供了支撑，并确保了其稳定性。)

5. The exoskeleton of the motorcycle is designed to provide protection and stability for the rider. (摩托车的外部骨架被设计为给骑手提供保护和稳定性。)

6. The exoskeleton of the human body is a complex system that provides support and protection for the internal organs. (人体的外部骨架是一个复杂的系统，为内部器官提供了支撑和保护。)

7. The exoskeleton of the spacecraft is designed to provide protection and stability for the astronauts during their missions in space. (宇宙飞船的外部骨架被设计为在宇航员在太空任务期间为他们提供保护和稳定性。)

英文小作文：

Exoskeletons are becoming increasingly popular in modern society, providing support and stability for individuals of all ages and abilities. Exoskeletons are used in various fields, including athletics, rehabilitation, and workplaces, where they can significantly improve performance and efficiency.

Exoskeletons are designed to enhance human performance by providing enhanced support and stability, allowing individuals to perform tasks that they would otherwise find difficult or impossible. These devices can also be used to treat conditions such as muscle weakness and joint pain, providing relief and improving quality of life for individuals with these conditions.

Exoskeletons are not only beneficial for individuals, but also have significant benefits for society as a whole. By enhancing human performance, exoskeletons can contribute to increased productivity and efficiency in various industries, leading to economic benefits for businesses and communities. Additionally, exoskeletons can help to reduce the burden on healthcare systems by enabling individuals to perform tasks independently and reducing the need for frequent medical interventions.

In conclusion, exoskeletons represent a significant advancement in human performance enhancement and are poised to have a significant impact on society in the coming years.