reticle

简明释义

英[ˈretɪk(ə)l]美[ˈretəkl]

n. [光] 标线；[光] 分划板；[光] 十字线

英英释义

单词用法

同义词

反义词

例句

1.Our everybody moves computer, reticle arrive home li of job.

我们所有人把电脑㳧、网线搬到家里工作。

2.On the left is an Applied Tetra III advanced reticle-etch system. This system is used by virtually every maskmaker in the world for the development and production of 45-nanometer masks.

左图是一套Applied TetraIII高级掩膜蚀刻系统，如果掩膜板制造商要开发和生产45纳米的掩膜，就必须得使用这套设备。

3.On the left is an Applied Tetra III advanced reticle-etch system. This system is used by virtually every maskmaker in the world for the development and production of 45-nanometer masks.

左图是一套Applied TetraIII高级掩膜蚀刻系统，如果掩膜板制造商要开发和生产45纳米的掩膜，就必须得使用这套设备。

4.Vehicles behave more realistically when standing on inclined terrain, and vehicle hulls now sway when on the move, which does not affect the behaviour of the reticle.

当车辆停在倾斜表面上的时候，车辆的表现将会更加真实，以及车体会因为车辆的移动而晃动，但是不会影响瞄准。

5.A sliding mode synchronization controller of the reticle stage was added to the conventional PID control system.

在常规pid控制系统基础上增加了掩模台精动滑模同步控制器。

6.The Tritium illuminates the aiming point in total darkness, and the fiber-optic self-adjusts reticle brightness during daylight according to ambient light conditions.

三重氢照明被用在完全黑暗状态，而视觉纤维（自动调节）用在白天或者可以说在有外界光线的情况下。

7.The sniper adjusted the scope's reticle to improve accuracy.

狙击手调整了瞄准镜的十字线以提高精度。

8.In astronomy, a reticle is used to measure the position of stars.

在天文学中，视网膜用于测量星星的位置。

9.The reticle on my rifle scope has multiple aiming points.

我步枪瞄准镜上的十字线有多个瞄准点。

10.He focused the reticle to ensure a clear view of the target.

他聚焦了十字线以确保清晰的目标视图。

11.The reticle can be illuminated for better visibility in low light.

在低光条件下，十字线可以被照亮以便更好地观察。

作文

In the world of optics and precision instruments, the term reticle refers to a small grid or pattern that is superimposed on the field of view of an optical device. This component plays a crucial role in various applications, including telescopes, microscopes, and firearms. The primary purpose of a reticle is to provide reference points for measurement and alignment, enhancing the user's ability to make accurate observations or shots. For instance, in the context of a rifle scope, a reticle can assist marksmen in estimating range and adjusting for bullet drop and windage. Different types of reticles are designed for specific shooting scenarios, such as crosshairs for general use or more complex patterns for long-range shooting. The design and clarity of the reticle can significantly impact a shooter's performance, making it essential for manufacturers to create high-quality optics with well-defined reticles. In microscopy, a reticle serves as a scale for measuring the size of specimens. When observing a slide under a microscope, researchers can use the reticle to determine dimensions accurately. This application is vital in fields such as biology and materials science, where precise measurements are necessary for analysis and experimentation. The evolution of reticles has been influenced by advancements in technology. Traditional glass reticles have gradually been replaced by illuminated or electronic versions, which offer enhanced visibility and precision. Modern reticles can include digital displays that provide real-time data, further aiding users in their tasks. Moreover, the concept of a reticle extends beyond physical optics. In photography, for example, the term can refer to the grid overlay found in camera viewfinders, helping photographers compose their shots more effectively. Similarly, in some software applications, a reticle may be used to guide users in aligning elements within a design or layout. Understanding the function and importance of a reticle is critical for anyone involved in fields requiring precision measurement and observation. Whether you are an avid shooter, a researcher, or a photographer, the reticle serves as an indispensable tool that enhances your ability to achieve accuracy in your work. In conclusion, the reticle is a fundamental element in many optical devices, providing essential reference points for measurement and alignment. Its applications are diverse, spanning from firearms to scientific research and photography. As technology continues to advance, the design and functionality of reticles will likely evolve, offering even greater precision and utility for users across various fields. Therefore, recognizing the significance of a reticle can lead to improved outcomes, whether in aiming, observing, or capturing images. In essence, mastering the use of a reticle can greatly enhance one's skills and effectiveness in any precision-related endeavor.

在光学和精密仪器的世界中，术语reticle指的是一个小网格或图案，它叠加在光学设备的视野上。这个组件在各种应用中发挥着至关重要的作用，包括望远镜、显微镜和火器。reticle的主要目的是提供测量和对齐的参考点，增强用户进行准确观察或射击的能力。 例如，在步枪瞄准镜的上下文中，reticle可以帮助射手估算距离并调整子弹下落和风偏。不同类型的reticles被设计用于特定的射击场景，例如用于一般使用的十字线或用于远程射击的更复杂的图案。reticle的设计和清晰度可以显著影响射手的表现，因此制造商必须创造高质量的光学产品，配备明确定义的reticles。 在显微镜学中，reticle作为测量标尺，用于测量样本的大小。当在显微镜下观察切片时，研究人员可以使用reticle来准确确定尺寸。这种应用在生物学和材料科学等领域至关重要，因为精确的测量对于分析和实验至关重要。 reticles的演变受到技术进步的影响。传统的玻璃reticles逐渐被照明或电子版本所取代，这些版本提供了更好的可见性和精确度。现代的reticles可以包括数字显示，提供实时数据，进一步帮助用户完成任务。 此外，reticle的概念超出了物理光学。在摄影中，例如，该术语可以指相机取景器中的网格覆盖，帮助摄影师更有效地构图。类似地，在某些软件应用中，reticle可能用于指导用户对齐设计或布局中的元素。 理解reticle的功能和重要性对于任何涉及精确测量和观察的领域的人都是至关重要的。无论你是一个热衷的射手、研究人员还是摄影师，reticle都是一个不可或缺的工具，可以增强你在工作中实现准确性的能力。 总之，reticle是许多光学设备中的基本元素，提供测量和对齐的基本参考点。它的应用是多样的，跨越从火器到科学研究和摄影。随着技术的不断进步，reticles的设计和功能可能会发展，进一步为各个领域的用户提供更大的精确性和实用性。因此，认识到reticle的重要性可以带来更好的结果，无论是在瞄准、观察还是拍摄图像方面。从本质上讲，掌握使用reticle的技巧可以大大提高一个人在任何与精度相关的工作中的技能和有效性。