striation

简明释义

英[straɪˈeɪʃn]美[straɪˈeɪʃn]

n. 条纹；流束；大气结构切面纹

英英释义

单词用法

同义词

反义词

例句

1.Results striation marks are unique to the particular claw-hammer which made the mark. Conclusion claw-hammer striation marks can be used for claw-hammer identification.

结论通过了解羊角锤的结构特点和功能，综合分析撬压时形成痕迹的作用关系，按照现场环境条件制作样本，可以进行同一认定。

2.Fluorin can avoid brown striation and whiten skins.

氟：能消除褐色斑，使皮肤变白。

3.The striation spacing in heat affect zone and welded seam samples was wider than that in matrix sample, this shows that fatigue crack propagation...

焊缝区和热影响区试样的辉纹间距较基体区的大，说明裂纹扩展速率快，焊缝和热影响区的抗裂纹扩展性较基体差。

4.The fatigue fracture characteristics were fatigue striation, ductile microvoid, and quasi-cleavage-like fracture characteristic.

疲劳断裂特征为疲劳条纹、韧窝及类似准解理状形貌特征。

5.The presence of striation area is one of the main characteristic on the surface generated by abrasive jet.

波纹区域的存在是磨料射流切割表面的主要特征之一。

6.The constitutional supercooling and internal growth striation in the SNLN crystals have been overcome and the optical homogeneity of the crystals have been improved by employing optimum growth...

采用最佳的生长和工艺条件克服了铌酸锶钠锂晶体的组分过冷和内部生长条纹，提高了晶体的光学均匀性。

7.The constitutional supercooling and internal growth striation in the SNLN crystals have been overcome and the optical homogeneity of the crystals have been improved by employing optimum growth...

采用最佳的生长和工艺条件克服了铌酸锶钠锂晶体的组分过冷和内部生长条纹，提高了晶体的光学均匀性。

8.Researchers studied the striation 条纹 patterns in fish scales to understand their growth.

研究人员研究了鱼鳞中的striation 条纹模式，以了解它们的生长。

9.In biology class, we learned about muscle fibers and their striation 条纹 under a microscope.

在生物课上，我们学习了肌肉纤维及其在显微镜下的striation 条纹。

10.The artist used striation 条纹 techniques to create depth in her painting.

这位艺术家使用striation 条纹技法为她的画作增添深度。

11.The striation 条纹 on the surface of the ice suggested it had been formed over many years.

冰面上的striation 条纹表明它是经过多年形成的。

12.The geologist examined the rock layers, noting the distinct striation 条纹 patterns that indicated past glacial activity.

地质学家检查了岩层，注意到明显的striation 条纹模式，这表明过去的冰川活动。

作文

Striations are fascinating features that can be observed in various natural and artificial environments. The term striation (条纹) refers to the linear markings or grooves that appear on surfaces, often resulting from geological processes or human activities. For instance, when glaciers move across the land, they carve out deep grooves in the rock beneath them, creating distinct striation (条纹) patterns. These patterns tell a story of the glacier's movement, speed, and the materials it carried along with it. In geology, the study of striation (条纹) can provide valuable insights into past climatic conditions and the history of the Earth's surface. In addition to their geological significance, striation (条纹) patterns can also be found in biology. For example, muscle fibers exhibit striation (条纹) due to the arrangement of actin and myosin filaments within the cells. This striated appearance is crucial for the muscle's function, allowing for coordinated contractions and movements. Understanding the striation (条纹) in muscle tissue is essential for fields such as medicine and sports science, as it helps researchers and practitioners comprehend how muscles work and how to improve athletic performance.Moreover, striation (条纹) can also refer to patterns created by human design. In architecture and art, striation (条纹) can add aesthetic value and visual interest to structures and artworks. For instance, the use of different colors and textures in building materials can create beautiful striation (条纹) effects that enhance the overall design. Artists often utilize striation (条纹) in their works to draw attention to specific areas or to convey movement and depth.In conclusion, the concept of striation (条纹) encompasses a wide range of applications and meanings across various fields, from geology to biology and art. By studying striation (条纹), we can gain a deeper understanding of the processes that shape our world, both naturally and artificially. Whether observing the grooves left by ancient glaciers, examining the structure of muscle fibers, or appreciating the beauty of architectural designs, striation (条纹) serves as a reminder of the intricate patterns that exist all around us, reflecting the complexity and interconnectedness of nature and human creativity.

条纹是可以在各种自然和人工环境中观察到的迷人特征。术语striation（条纹）指的是出现在表面上的线性标记或凹槽，通常是由地质过程或人类活动造成的。例如，当冰川在陆地上移动时，它们会在下面的岩石中雕刻出深深的凹槽，形成独特的striation（条纹）图案。这些图案讲述了冰川的运动、速度以及它携带的材料的故事。在地质学中，研究striation（条纹）可以提供有关过去气候条件和地球表面历史的宝贵见解。除了其地质意义外，striation（条纹）图案在生物学中也可以找到。例如，肌肉纤维由于细胞内肌动蛋白和肌球蛋白的排列而表现出striation（条纹）。这种条纹状的外观对肌肉的功能至关重要，使得协调收缩和运动成为可能。理解肌肉组织中的striation（条纹）对于医学和运动科学等领域至关重要，因为这有助于研究人员和从业者理解肌肉的工作原理以及如何提高运动表现。此外，striation（条纹）还可以指人类设计所创造的图案。在建筑和艺术中，striation（条纹）可以为结构和艺术作品增添美学价值和视觉趣味。例如，在建筑材料中使用不同的颜色和纹理可以创造出美丽的striation（条纹）效果，从而增强整体设计。艺术家们常常在他们的作品中利用striation（条纹）来吸引对特定区域的注意，或传达运动和深度。总之，striation（条纹）的概念涵盖了各个领域的广泛应用和含义，从地质学到生物学再到艺术。通过研究striation（条纹），我们可以更深入地理解塑造我们世界的自然和人为过程。无论是观察古老冰川留下的凹槽，检查肌肉纤维的结构，还是欣赏建筑设计的美感，striation（条纹）都提醒我们周围存在的复杂图案，反映了自然与人类创造力的复杂性和相互联系。