flabelliform

简明释义

英[fləˈbɛlɪfɔːm]美[fləˈbɛlɪfɔrm]

adj. 扇形的，扇状的

英英释义

单词用法

同义词

反义词

例句

1.Imported from Italian COSTER valve with big cover, flabelliform fog-spray, good handle with no jam, nozzle P, D, R is commutative, meeting with the different testing requirements.

引进原装意大利COSTER大盖嘴阀门，雾状呈扇形、不堵、手感好，P、D、R喷嘴可互换，以达到不同检测喷雾要求。

2.Imported from Italian COSTER valve with big cover, flabelliform fog-spray, good handle with no jam, nozzle P, D, R is commutative, meeting with the different testing requirements.

引进原装意大利COSTER大盖嘴阀门，雾状呈扇形、不堵、手感好，P、D、R喷嘴可互换，以达到不同检测喷雾要求。

3.The artist created a stunning sculpture with a flabelliform 扇形的 design that captured the essence of nature.

这位艺术家创作了一件令人惊叹的雕塑，采用了一个flabelliform 扇形的设计，捕捉了自然的本质。

4.In botany, the leaves of certain plants are described as flabelliform 扇形的 due to their broad, fan-like shape.

在植物学中，某些植物的叶子被描述为flabelliform 扇形的，因为它们宽大且呈扇形。

5.The flabelliform 扇形的 fan was not only functional but also served as an elegant piece of decor in the room.

这个flabelliform 扇形的风扇不仅实用，而且作为房间中的一件优雅装饰品。

6.During the presentation, she used a flabelliform 扇形的 chart to illustrate the growth patterns of the company.

在演示中，她使用了一个flabelliform 扇形的图表来说明公司的增长模式。

7.The ancient civilization was known for its flabelliform 扇形的 pottery designs that reflected their artistic skills.

这个古老文明以其flabelliform 扇形的陶器设计而闻名，反映了他们的艺术才能。

作文

In the realm of biology, the term flabelliform refers to a shape that resembles a fan or a flattened structure. This unique morphology can be observed in various organisms, particularly in certain types of marine life and plants. Understanding the concept of flabelliform structures is crucial for biologists and ecologists as it often relates to the adaptation strategies of these organisms in their respective environments. For instance, many species of sea creatures, such as jellyfish and certain corals, exhibit flabelliform characteristics. The fan-like shapes of jellyfish help them to effectively capture prey while also providing a means of propulsion through the water. This design maximizes their surface area, allowing them to absorb nutrients and oxygen more efficiently. Similarly, corals with flabelliform structures create complex habitats that support diverse marine ecosystems. Plants, too, showcase flabelliform features, particularly in their leaves and flowers. For example, some ferns have fronds that are distinctly fan-shaped, which aids in maximizing sunlight absorption while minimizing water loss. These adaptations are critical for survival in varying climates, illustrating how the flabelliform form can enhance an organism’s ability to thrive. The significance of flabelliform shapes extends beyond biology; they are also prevalent in art and architecture. The aesthetic appeal of fan-like designs can be seen in traditional Asian architecture, where roofs often curve outward in a flabelliform manner. This not only serves a decorative purpose but also contributes to the structural integrity of buildings, allowing for better water drainage and protection against the elements. Moreover, the concept of flabelliform can inspire innovation in engineering and design. By mimicking the efficient structures found in nature, engineers can create more sustainable and effective solutions to modern challenges. For example, wind turbine blades designed with flabelliform shapes can harness wind energy more efficiently, leading to increased energy production and reduced environmental impact. In conclusion, the term flabelliform encompasses a fascinating array of forms and functions across different fields of study. From marine biology to architecture and engineering, the implications of flabelliform structures are profound. By studying these shapes, we gain insights into the adaptability and resilience of life on Earth, as well as inspiration for future innovations. Recognizing the importance of flabelliform forms allows us to appreciate the interconnectedness of nature and human creativity, paving the way for advancements that honor both our environment and our aspirations.

在生物学领域，术语flabelliform指的是一种类似于扇子或平坦结构的形状。这种独特的形态可以在各种生物中观察到，特别是在某些类型的海洋生物和植物中。理解flabelliform结构的概念对于生物学家和生态学家至关重要，因为它通常与这些生物在各自环境中的适应策略有关。 例如，许多海洋生物，如水母和某些珊瑚，表现出flabelliform特征。水母的扇形形状帮助它们有效捕捉猎物，同时也提供了一种通过水的推进方式。这种设计最大化了它们的表面积，使它们能够更有效地吸收营养和氧气。同样，具有flabelliform结构的珊瑚创造了复杂的栖息地，支持多样化的海洋生态系统。 植物也展示了flabelliform特征，特别是在它们的叶子和花朵中。例如，一些蕨类植物的叶片呈现出明显的扇形，这有助于最大化阳光的吸收，同时最小化水分的流失。这些适应对于在不同气候条件下的生存至关重要，说明了flabelliform形态如何增强有机体的生存能力。 flabelliform形状的重要性不仅限于生物学；它们在艺术和建筑中也很常见。扇形设计的美学吸引力可以在传统的亚洲建筑中看到，其中屋顶往往以flabelliform的方式向外弯曲。这不仅具有装饰目的，还增强了建筑的结构完整性，有助于更好的排水和保护免受自然元素的影响。 此外，flabelliform的概念可以激发工程和设计的创新。通过模仿自然界中高效的结构，工程师可以创造出更可持续和有效的现代挑战解决方案。例如，设计为flabelliform形状的风力涡轮机叶片可以更有效地利用风能，从而增加能源生产并减少对环境的影响。 总之，术语flabelliform涵盖了不同研究领域中一系列迷人的形态和功能。从海洋生物学到建筑和工程，flabelliform结构的意义深远。通过研究这些形状，我们获得了对地球上生命适应性和韧性的洞察，以及对未来创新的启示。认识到flabelliform形式的重要性使我们能够欣赏自然和人类创造力之间的相互联系，为尊重我们的环境和抱负的进步铺平道路。