glassmaking

简明释义

英[ˈɡlɑːsmeɪkɪŋ]美[ˈɡlæsˌmekɪŋ]

n. [玻璃] 玻璃制造术

英英释义

单词用法

同义词

反义词

例句

1.The company has intact technology in making production, such as mould making, mould plastic, spray - paint, glassmaking, extractive manufacture, and assemble and owns many patent rights.

主要生产设备注塑机和涂装流水线，具备完整的制模注塑喷漆制玻璃精工制造总装等生产工艺，拥有多项产品专利权。

2.A city of east-central Germany north-northeast of Dresden. It was chartered in 1371 and today has a major glassmaking industry. Population, 70,698.

霍耶斯违达：德国中东部的城市，位于德罗斯顿东北偏北。它于1371年取得自治权，现在它是一个主要的玻璃制造工业中心。人口70，698。

3.The company has intact technology in making production, such as mould making, mould plastic, spray - paint, glassmaking, extractive manufacture, and assemble and owns many patent rights.

主要生产设备注塑机和涂装流水线，具备完整的制模注塑喷漆制玻璃精工制造总装等生产工艺，拥有多项产品专利权。

4.By the late 15th century, the glassmaking industry was burgeoning, and with it came the creation of high-quality colorless glass.

15世纪末时，玻璃制造工业已经开始萌芽，并随之出现了高质的无色玻璃。

5.Du Meng gave explanation on the principles and functions of each glassmaking process, and talked about his inspirations on site vividly.

吹制的过程有趣且充满热情，杜蒙还在现场亲自做起了现场解说，包括每个工艺步骤的原理和作用，以及艺术创作过程中的灵感闪现。

6.Glassmaking at this time was almost entirely utilitarian.

这时，制作玻璃用品几乎全都是为了获取实利。

7.See also Emily Byme Curtis, 'Notes on Qing Glassmaking: D'Incarville's "Catalogue Alphabetique", in Journal of Glass Studies, 1997, v. 39, pp. 71-75.

还可以参见本文作者EmilyByme Curtis的：“关于清朝玻璃制造的解释，汤执中的‘字母顺序目录’，载于《玻璃研究学刊》，1997年，第39卷，第71-75页。

8.In 1868, when the industry was still struggling to re-establish other forms of glassmaking, 3, 662 tons of beads were exported.

到了1868年，即便岛上的工匠们在埋头对玻璃吹制技术重新探索时，玻璃珠的出口量也达到了3,662吨。

9.In 1868, when the industry was still struggling to re-establish other forms of glassmaking, 3,662 tons of beads were exported.

到了1868年，即便岛上的工匠们在埋头对玻璃吹制技术重新探索时，玻璃珠的出口量也达到了3,662吨。

10.He learned the skills of glassmaking 玻璃制造 from his grandfather.

他从祖父那里学到了玻璃制造的技巧。

11.Many tourists visit the factory to see the glassmaking 玻璃制造 process firsthand.

许多游客参观工厂，亲自观看玻璃制造的过程。

12.The art of glassmaking 玻璃制造 has been practiced for centuries.

玻璃制造的艺术已经被实践了几个世纪。

13.The glassmaking 玻璃制造 workshop offers classes for beginners.

这个玻璃制造工作坊为初学者提供课程。

14.Innovations in glassmaking 玻璃制造 have led to stronger and lighter materials.

玻璃制造中的创新使得材料更强且更轻。

作文

The art of glassmaking has a rich history that dates back thousands of years. It is a craft that combines science, artistry, and skill to create beautiful and functional objects from glass. The process of glassmaking involves several stages, including gathering raw materials, melting them in a furnace, shaping the molten glass, and finally annealing the finished product to relieve internal stresses. Each step requires precision and expertise, making glassmaking both an art and a science.Historically, glassmaking began in ancient civilizations such as Egypt and Mesopotamia. Early artisans experimented with sand, soda, and lime to create glass. They initially produced small beads and simple vessels, but as techniques evolved, they began to make more intricate designs. The Romans were particularly influential in advancing glassmaking techniques, introducing methods such as glassblowing, which allowed for the creation of larger and more complex shapes.In the Middle Ages, glassmaking flourished in Europe, particularly in Venice, where skilled craftsmen developed new styles and techniques. Venetian glassmakers became famous for their delicate and colorful glassware, which was highly sought after across the continent. This period saw the rise of decorative glass, including chandeliers, mirrors, and intricate glass sculptures.The Industrial Revolution brought significant changes to glassmaking. With the advent of new technologies, glass production became more efficient and accessible. Factories emerged, producing glass in larger quantities and at lower costs. This democratization of glass led to its widespread use in architecture, windows, and everyday items. However, the mass production of glass also posed challenges for traditional artisans, who struggled to compete with factory-made products.Today, glassmaking continues to evolve. Modern artists and craftsmen are exploring innovative techniques and materials, pushing the boundaries of what can be achieved with glass. From stunning sculptures to functional art pieces, contemporary glassmaking often blends traditional methods with modern design principles. Artists experiment with color, texture, and form, creating unique works that challenge perceptions of glass as merely a utilitarian material.Moreover, glassmaking has found its place in various industries, including architecture, automotive, and technology. Architects use glass to create stunning facades and interiors, while engineers develop advanced glass products for electronics and renewable energy. The versatility of glass makes it an essential material in many fields, highlighting its importance beyond artistic expression.In conclusion, glassmaking is a fascinating blend of history, art, and technology. From its ancient origins to modern innovations, the craft has continually adapted and evolved. Whether appreciated as a functional object or a work of art, glass remains a captivating medium that inspires creativity and ingenuity. As we look to the future, the possibilities for glassmaking are limitless, promising to captivate and inspire generations to come.

玻璃制造的艺术有着数千年的悠久历史。这是一门结合了科学、艺术和技能的工艺，通过玻璃创造出美丽而实用的物品。玻璃制造的过程包括几个阶段，包括收集原材料、在熔炉中熔化它们、塑造熔融玻璃，以及最后对成品进行退火以缓解内部应力。每一步都需要精确和专业知识，使得玻璃制造既是一门艺术，也是一门科学。历史上，玻璃制造始于古代文明，如埃及和美索不达米亚。早期的工匠们尝试使用沙子、苏打和石灰来制造玻璃。他们最初生产小珠子和简单的容器，但随着技术的发展，他们开始制作更复杂的设计。罗马人在推进玻璃制造技术方面尤其具有影响力，推出了如吹制玻璃等方法，使得可以制作更大和更复杂的形状。在中世纪，玻璃制造在欧洲蓬勃发展，特别是在威尼斯，技术精湛的工匠们开发了新的风格和技术。威尼斯的玻璃制造商因其精致多彩的玻璃器皿而闻名，受到整个大陆的高度追捧。这一时期见证了装饰性玻璃的崛起，包括吊灯、镜子和复杂的玻璃雕塑。工业革命给玻璃制造带来了重大变化。随着新技术的出现，玻璃生产变得更加高效和可及。工厂相继出现，以更大数量和更低成本生产玻璃。这种玻璃的民主化导致其在建筑、窗户和日常用品中的广泛使用。然而，玻璃的大规模生产也给传统工匠带来了挑战，他们难以与工厂生产的产品竞争。今天，玻璃制造仍在不断发展。现代艺术家和工匠正在探索创新的技术和材料，推动着玻璃的表现界限。从令人惊叹的雕塑到功能性艺术品，当代的玻璃制造通常将传统方法与现代设计原则相结合。艺术家们在颜色、质地和形状上进行实验，创造出独特的作品，挑战着人们对玻璃仅仅是一种实用材料的看法。此外，玻璃制造还在建筑、汽车和技术等多个行业中找到了自己的位置。建筑师利用玻璃创造出令人惊叹的外立面和室内空间，而工程师则开发出先进的玻璃产品，用于电子产品和可再生能源。玻璃的多功能性使其在许多领域成为一种重要材料，突显了其在艺术表现之外的重要性。总之，玻璃制造是历史、艺术和技术的迷人融合。从其古老的起源到现代的创新，这门工艺不断适应和演变。无论是作为实用物品还是艺术作品，玻璃依然是一种引人入胜的媒介，激发着创造力和独创性。展望未来，玻璃制造的可能性是无限的，承诺将继续吸引和激励未来的几代人。