armature
发音：['ɑ?m?t??]
基础释义：
1. 磁力覆盖物；磁力罩
2. 骨架；模型
3. 电枢；发电机或电动机的旋转部分
英语范文：
题目：设计一个电动马达的armature（磁极）
When designing an electric motor, one of the key components is the armature. The armature acts as the rotating part of the motor and is responsible for converting electrical energy into mechanical energy. It is made up of a set of magnets that are arranged in a specific pattern to create a magnetic field that drives the motor.
Here's an example of how to design an armature for an electric motor:
Step 1: Select the type of magnets used in the armature. There are various types of magnets available, including neodymium magnets, which are strong and lightweight.
Step 2: Arrange the magnets in a specific pattern to create a magnetic field that will drive the motor. The pattern should be designed to maximize efficiency and minimize friction.
Step 3: Attach the armature to the motor housing and test it to ensure that it operates properly and without any issues.
By following these steps, you can design an effective armature for your electric motor and ensure that it operates efficiently and reliably.
Armature
Armature is a fundamental concept in many fields, including engineering, physics, and biology. It refers to a framework or structure that provides support and stability for objects or systems. In engineering, armature can refer to a metal framework used to support a building or structure. In physics, it can refer to the framework of magnetic fields used to study magnetic phenomena. In biology, armature can refer to the framework of bones that support the body of an organism.
Armature is essential for maintaining the stability and integrity of objects and systems. It provides support and structure that prevents objects from falling or moving, and ensures that systems function properly. Armature can also be used to create a stable foundation for new objects or systems, allowing them to grow and develop in a secure environment.
In engineering, armature design is critical for ensuring the safety and durability of buildings and structures. Architects and engineers must carefully plan and construct armature frameworks to ensure that they are strong enough to support the weight of the building or structure, and to withstand natural and man-made forces that may affect them.
In physics, studying magnetic fields requires a strong understanding of armature frameworks. Understanding how magnetic fields are created and how they interact with objects is essential for developing new technologies and applications in areas such as magnetic recording and navigation systems.
In biology, armature plays a crucial role in the development and survival of organisms. Bones provide support and protection for the body, allowing organisms to move freely and adapt to their environment. Understanding how armature functions in organisms is essential for understanding their evolution and development, and for developing new treatments for diseases that affect bone growth and development.
Overall, armature is an essential concept that plays a fundamental role in many fields. Understanding armature and its applications is crucial for ensuring the stability and integrity of objects and systems, as well as for developing new technologies and applications in various fields.
Armature
Armature is a crucial part of the game development process. It provides the foundation for the characters and objects in the game. It is essential to ensure that the armature is properly designed and implemented to avoid issues such as deformation and instability.
To create an effective armature, it is important to consider the character's movement and skeleton. The skeleton should be carefully designed to match the character's movement and actions, while also being flexible enough to allow for animation and deformation. Additionally, it is essential to ensure that the bones are properly weighted to avoid issues such as joint collapse and instability.
Once the armature is created, it is important to correctly animate it. Animations are critical to the overall experience of the game, and ensuring that the armature is properly animated ensures that the characters and objects in the game move naturally and realistically.
In conclusion, armature is a crucial part of game development, and it requires careful planning and implementation to ensure that it functions properly and effectively. By considering the character's movement and skeleton, properly animating the armature, and addressing any potential issues, developers can create immersive and enjoyable gaming experiences for players.
以上是我对Armature的英文介绍，希望对你有所帮助。如果需要其他类型的英语范文或作文，欢迎提出。
