silking

简明释义

[ˈsɪlkɪŋ][ˈsɪlkɪŋ]

n. 吐丝;丝纹;走丝

英英释义

The process of producing silk from silkworms, typically involving the harvesting of cocoons and the extraction of the silk fibers.

从蚕中生产丝绸的过程,通常涉及收获茧和提取丝纤维。

A term used in agriculture to describe the act of cultivating or raising silkworms for silk production.

一个用于农业的术语,描述为丝绸生产而培育或饲养蚕的行为。

单词用法

silk road

丝绸之路

silk screen

丝绢网印花法

同义词

silk

丝绸

The dress is made of silk.

这件裙子是用丝绸做的。

smooth

光滑

Her skin felt smooth to the touch.

她的皮肤摸起来很光滑。

satin

缎子

The satin finish gives the fabric a luxurious look.

缎面的处理让面料看起来很奢华。

反义词

roughening

粗糙化

The surface of the fabric was roughened to add texture.

织物的表面被粗糙化以增加质感。

matting

缠结

The hair was matted after being exposed to the rain.

头发在雨中暴露后变得缠结。

例句

1.The results show that maize leaf chlorophyll content is affected by environmental conditions from silking to maturity.

结果表明:玉米叶片叶绿素含量在不同发育时期均受到环境变化的影响。

2.The results showed that the greatest bulk density values appeared in the 49th day after silking , and harvest later had influence on the grain bulk density.

从试验结果分析,容重最高值出现在吐丝后49天,晚收影响籽粒的容重。

3.Silkworms began to silking, and then, I found silkworms look very interesting.

蚕宝宝开始吐丝了,这时,我发现蚕宝宝的样子非常有趣。

4.It could simulate the morphological change of maize from emergence through silking, and the figure was drawn on the screen, Meanwhile, tassel initiation and root development information were shown.

它能够模拟出玉米从出苗到吐丝期间的形态变化过程,在计算机上绘出植株形态图。

5.The N absorption proportion after silking stage was 40.30%-47.78% of the total, so it was important to provide maize plants with sufficient N in later growth stage for realizing super-high-yield.

超高产夏玉米吐丝后氮素吸收积累量占总积累量的40.30%-47.78%,保证后期氮素养分充足供应对于夏玉米达到超高产水平至关重要;

6.Increasing the amount of dry matter accumulation after silking and promoting grain filling was the basis of high yield.

增加花后干物质积累量,促进籽粒灌浆是高产足库的基础。

7.The results showed that the additive and dominant effects and their interaction effects with environments are significant for the traits of double-ear silking and kernel bearing.

结果表明,玉米双穗抽丝同步性和成穗同步性的加性、显性及其与环境互作的遗传效应均达到极显著水平。

8.The process of silking is crucial for the production of high-quality silk.

生产高质量丝绸的过程中,silking 是至关重要的。

9.The quality of silk depends significantly on the timing of silking.

丝绸的质量在很大程度上取决于silking的时机。

10.Farmers monitor the silking stage to ensure optimal conditions for silk production.

农民监测silking阶段,以确保丝绸生产的最佳条件。

11.During silking, the silkworms begin to spin their cocoons.

silking期间,蚕开始吐丝形成茧。

12.Understanding the silking process helps in improving silk yield.

了解silking过程有助于提高丝绸产量。

作文

In the world of textiles, there are many fascinating processes that contribute to the creation of beautiful fabrics. One such process is called silking, which refers to the method of producing silk fibers from silkworms. This ancient practice has been refined over thousands of years and continues to be a vital part of the textile industry today. Understanding silking not only provides insight into the craftsmanship behind silk production but also highlights the cultural significance of this luxurious material.Silk is known for its smooth texture, natural sheen, and durability, making it a highly sought-after fabric for clothing, accessories, and home décor. The journey of silk begins with the rearing of silkworms, which primarily feed on mulberry leaves. Once the larvae have matured, they spin cocoons made of a single continuous thread of silk. This spinning process is what we refer to as silking. It can take several days for a silkworm to complete its cocoon, during which it secretes a protein called fibroin, which hardens into silk when exposed to air.After the cocoons are formed, the next step involves harvesting them. Traditionally, this was done by boiling the cocoons to kill the pupae inside and to loosen the silk threads. The threads are then carefully unwound, a delicate process that requires skill and precision. This unwinding of the cocoon is another aspect of silking that demonstrates the artistry involved in silk production. Each cocoon can yield up to 1,000 meters of silk thread, making it an incredibly efficient source of fiber.The quality of silk produced during the silking process can vary based on several factors, including the species of silkworm, the environment in which they are raised, and the methods used in harvesting the cocoons. The finest silk comes from the Bombyx mori silkworm, which has been domesticated for centuries. In contrast, wild silks, such as Tussah silk, are produced by silkworms that live in their natural habitats and can have a coarser texture.In addition to its aesthetic appeal, silk has practical benefits. It is a natural temperature regulator, keeping the body cool in summer and warm in winter. Moreover, silk is hypoallergenic and resistant to dust mites, making it an excellent choice for individuals with allergies. These properties make silk not only a luxurious fabric but also a functional one, suitable for various applications.The cultural significance of silking cannot be overlooked. In many Asian cultures, silk is associated with wealth and status. It has been used historically in ceremonial garments, royal attire, and traditional costumes. The art of silking and silk weaving has been passed down through generations, preserving techniques and patterns that reflect the heritage of different communities.Today, the demand for silk remains strong, with both traditional and modern applications. While synthetic alternatives have emerged, many people still prefer the authenticity and unique qualities of natural silk. As consumers become more conscious of sustainability and ethical production practices, the importance of understanding the silking process and its impact on the environment and society is increasingly relevant.In conclusion, silking is not just a technical procedure; it is an art form that embodies history, culture, and craftsmanship. By appreciating the intricacies of silk production, we can gain a deeper understanding of this remarkable fabric and the stories woven into it. Whether worn as a garment or displayed as a decorative item, silk continues to captivate and inspire, reminding us of the beauty that can emerge from nature's bounty.

在纺织品的世界里,有许多迷人的工艺为美丽面料的创造做出了贡献。其中一种工艺称为丝绸制作,指的是从蚕中生产丝纤维的方法。这一古老的实践经过数千年的精炼,至今仍然是纺织工业的重要组成部分。理解丝绸制作不仅提供了对丝绸生产背后工艺的洞察,也突显了这一奢华材料的文化意义。丝绸以其光滑的质地、自然的光泽和耐用性而闻名,使其成为服装、配饰和家居装饰中极受欢迎的面料。丝绸的旅程始于养殖蚕,蚕主要以桑叶为食。一旦幼虫成熟,它们就会纺出由一根连续的丝线制成的茧。这一纺丝过程就是我们所说的丝绸制作。蚕完成其茧的过程可能需要几天时间,在此期间,它分泌一种称为丝蛋白的蛋白质,当暴露在空气中时会硬化成丝。在茧形成后,下一步涉及收获它们。传统上,这一过程是通过煮沸茧来杀死里面的蛹,并松动丝线来完成的。然后,丝线被小心地解开,这一微妙的过程需要技巧和精确度。解开茧的过程是丝绸制作的另一个方面,展示了丝绸生产中的艺术性。每个茧可以产生多达1000米的丝线,使其成为一种极其高效的纤维来源。在丝绸制作过程中生产的丝绸质量会因多个因素而异,包括蚕的种类、它们生长的环境以及收获茧所使用的方法。最优质的丝绸来自家养的家蚕(Bombyx mori),这种蚕已经驯化了几个世纪。相比之下,野生丝绸,如柞蚕丝,是由生活在自然栖息地的蚕生产的,其质地可能较粗糙。除了其美学吸引力外,丝绸还有实际的好处。它是一种天然的温度调节剂,可以在夏季保持身体凉爽,在冬季保持温暖。此外,丝绸是抗过敏的,并且能抵抗尘螨,使其成为过敏患者的绝佳选择。这些特性使得丝绸不仅是一种奢华的面料,同时也是一种功能性的面料,适合各种应用。丝绸制作的文化意义不容忽视。在许多亚洲文化中,丝绸与财富和地位相关。它历史上用于仪式服装、皇家服饰和传统服装。丝绸制作和丝绸编织的艺术代代相传,保存了反映不同社区遗产的技术和图案。如今,丝绸的需求依然强劲,既有传统也有现代的应用。尽管合成替代品已出现,但许多人仍然倾向于天然丝绸的真实性和独特品质。随着消费者越来越关注可持续性和伦理生产实践,理解丝绸制作过程及其对环境和社会的影响变得越来越重要。总之,丝绸制作不仅仅是一个技术过程;它是一种艺术形式,体现了历史、文化和工艺。通过欣赏丝绸生产的复杂性,我们可以更深入地理解这种非凡面料及其蕴含的故事。无论是作为衣物穿着还是作为装饰品展示,丝绸继续吸引和启发着我们,提醒我们自然恩赐中所蕴含的美。