developed hologram

简明释义

显影的全息图

英英释义

例句

1.The tech company unveiled a developed hologram of their latest product at the trade show.

这家科技公司在交易会上揭晓了他们最新产品的已开发的全息图。

2.In the museum, visitors could interact with a developed hologram of ancient artifacts.

在博物馆里，游客可以与古代文物的已开发的全息图互动。

3.The artist showcased a stunning developed hologram in the gallery, captivating all the visitors.

艺术家在画廊展示了一个令人惊叹的已开发的全息图，吸引了所有访客。

4.The medical team used a developed hologram to visualize the patient's anatomy for better surgical planning.

医疗团队使用已开发的全息图来可视化患者的解剖结构，以便更好地进行手术规划。

5.During the conference, the speaker presented a developed hologram that illustrated complex data in an engaging way.

在会议上，演讲者展示了一幅已开发的全息图，以引人入胜的方式说明复杂的数据。

作文

In recent years, the field of holography has made significant advancements, leading to the creation of more sophisticated and realistic images. One of the most exciting developments in this area is the emergence of the developed hologram, which refers to a three-dimensional image that has been processed and refined to enhance its visual quality and depth perception. Unlike traditional photographs or flat images, a developed hologram allows viewers to see an object from different angles, providing a more immersive experience.The process of creating a developed hologram involves several intricate steps. First, a laser beam is split into two parts: the object beam and the reference beam. The object beam illuminates the subject, while the reference beam is directed onto a photographic plate or digital sensor. When these two beams intersect, they create an interference pattern that captures the light's phase and amplitude information, which is crucial for reconstructing the image.After the initial recording, the hologram must be developed. This development process can vary depending on whether the hologram is recorded on film or digitally. In traditional holography, the photographic plate is chemically processed to reveal the interference pattern. In contrast, digital holography uses advanced algorithms to enhance the captured data, resulting in a clearer and more detailed developed hologram.The applications of developed holograms are vast and varied. In the medical field, they can be used for advanced imaging techniques, allowing doctors to visualize complex structures within the human body without invasive procedures. For example, a surgeon can view a developed hologram of a patient's organs before performing surgery, providing critical insights that can lead to better outcomes.In the realm of entertainment, developed holograms are revolutionizing how we experience media. Concerts and events have begun to feature holographic performances of deceased artists, bringing them back to life in a way that feels almost tangible. This technology not only captivates audiences but also opens up new avenues for artistic expression.Moreover, education is another sector benefiting from developed holograms. By using holographic displays, students can engage with complex scientific concepts in a more interactive manner. Imagine a biology class where students can examine a developed hologram of a cell, rotating it and viewing it from all angles, rather than relying solely on textbook illustrations.Despite the remarkable potential of developed holograms, there are challenges that need to be addressed. The technology can be expensive, limiting access for smaller institutions or individual users. Additionally, there are concerns about the ethical implications of using holography in certain contexts, such as privacy issues related to capturing and displaying real-life images.In conclusion, the concept of the developed hologram represents a significant leap forward in imaging technology. Its ability to create lifelike, three-dimensional representations has the potential to transform various fields, including medicine, entertainment, and education. As research continues and technology advances, we can expect to see even more innovative uses for developed holograms in the future, making our experiences richer and more engaging than ever before.

近年来，光学全息技术取得了显著进展，导致更复杂和真实的图像的产生。其中一个最令人兴奋的发展是出现了已开发的全息图，它指的是经过处理和精炼以增强其视觉质量和深度感的三维图像。与传统的照片或平面图像不同，已开发的全息图使观众能够从不同角度观察物体，从而提供更身临其境的体验。创建已开发的全息图的过程涉及几个复杂的步骤。首先，激光束被分成两部分：物体束和参考束。物体束照亮对象，而参考束则指向摄影板或数字传感器。当这两束光相交时，它们会产生干涉图样，捕捉光的相位和振幅信息，这对于重建图像至关重要。在初步记录之后，全息图必须被开发。这个开发过程可以根据全息图是在胶卷上还是数字上记录而有所不同。在传统全息术中，摄影板通过化学处理来显现干涉图样。相比之下，数字全息术使用先进的算法来增强捕获的数据，从而生成更清晰、更详细的已开发的全息图。已开发的全息图的应用范围广泛且多样。在医学领域，它们可以用于高级成像技术，使医生能够在不进行侵入性手术的情况下可视化人体内的复杂结构。例如，外科医生可以在进行手术前查看患者器官的已开发的全息图，提供关键见解，从而导致更好的结果。在娱乐领域，已开发的全息图正在彻底改变我们体验媒体的方式。音乐会和活动开始展示已故艺术家的全息表演，以一种几乎触手可及的方式将他们带回生活。这项技术不仅吸引观众，而且为艺术表达开辟了新的途径。此外，教育也是受益于已开发的全息图的另一个领域。通过使用全息显示，学生可以以更互动的方式参与复杂的科学概念。想象一下一个生物课，学生可以检查一个细胞的已开发的全息图，旋转它并从各个角度观察，而不是仅仅依赖教科书插图。尽管已开发的全息图具有显著的潜力，但仍然存在需要解决的挑战。这项技术可能很昂贵，限制了小型机构或个人用户的访问。此外，关于在某些背景下使用全息术的伦理影响也存在担忧，例如与捕捉和展示现实图像相关的隐私问题。总之，已开发的全息图的概念代表了成像技术的重大飞跃。它创造栩栩如生的三维表现的能力有潜力改变医学、娱乐和教育等多个领域。随着研究的继续和技术的进步，我们可以期待在未来看到更多创新的已开发的全息图应用，使我们的体验比以往任何时候都更加丰富和引人入胜。