【校园科技雕塑设计·铸铜科学仪器系列】

设计理念：
本系列雕塑以中国古代科技智慧为灵感，选取纪限仪、地平经纬仪与地震仪三种具有代表性的科学仪器进行艺术化创作，通过铸铜材质与抽象造型的融合，展现科技探索精神与人文美学的共生。作品既承载历史厚度，又传递现代创新思维，适用于高校广场、科技园区等场所，激发观者对科学原理的直观感知与哲学思考。

1. 纪限仪雕塑（Sextant Sculpture）
   造型采用双弧环交织结构，主体由0.8米直径的青铜圆环构成，表面锻造星轨纹样与刻度浮雕。中心观测轴延伸出三组渐开线铜片，象征角度测量的精妙原理。底座镶嵌黄铜陨石纹理饰板，通过光影投射在地面形成动态日晷效果。作品诠释古代天文测量智慧，环形构造隐喻宇宙运行的永恒规律，引导观者思考时空维度。

2. 地平经纬仪雕塑（Altazimuth Sculpture）
   由三层旋转青铜圆盘构成立体坐标系统，主轴倾斜23.5度对应地球自转轴倾角。经线环饰以云雷纹浮雕，纬线环表面电解着色形成渐变蓝铜锈效果。基座镶嵌十二时辰方位标识，可与阳光互动产生实时投影。雕塑通过动静结合的形态语言，演绎天体定位的数学之美，螺旋上升的造型传递永无止境的科学追求。

3. 地震仪雕塑（Seismograph Sculpture）
   抽象化表现汉代候风地动仪原理，八组悬垂青铜钟摆环绕中央蟾蜍承露盘，波纹状基座采用失蜡法铸造模拟地震波形。表面肌理融合龟裂纹与数码点阵图案，传统铸造工艺与现代科技意象形成时空对话。当风吹过时，铜簧片产生空灵声响，以艺术化方式诠释波动传递原理。

材质工艺：
选用高纯度青铜经十六道传统工序铸造，表面采用热着色与手工做旧工艺，确保50年以上户外耐候性。模块化设计便于运输安装，所有棱角均作圆角处理保障安全。

教育价值：
雕塑群通过可触可观的立体形态，将复杂的科学原理转化为视觉语言，青铜材质的历史厚重感与精密仪器的科技感形成独特张力，为校园注入沉浸式科学人文氛围。

【Campus Technology Sculpture Design · Bronze Scientific Instrument Series】

Design Concept：
This sculpture series draws inspiration from ancient Chinese scientific wisdom, featuring artistic interpretations of three iconic instruments - the sextant, altazimuth, and seismograph. Through the fusion of bronze casting and abstract forms, the works embody the symbiosis of technological exploration and humanistic aesthetics. Combining historical depth with contemporary innovation, the sculptures are designed for university squares and science parks, stimulating intuitive understanding of scientific principles and philosophical contemplation.

1. Sextant Sculpture
   The structure features interwoven dual bronze arcs with a 0.8m diameter main ring adorned with stellar trajectory patterns and graduated scales. Three groups of involute bronze sheets extend from the central axis, illustrating angular measurement principles. The base incorporates meteorite-textured brass plates that project dynamic sundial shadows. This work demonstrates ancient astronomical wisdom, its circular form symbolizing cosmic eternity, guiding viewers to contemplate spacetime dimensions.

2. Altazimuth Sculpture
   Comprising three rotating bronze disks forming a 3D coordinate system, the main axis tilts at 23.5° reflecting Earth s axial tilt. The longitude ring displays cloud-thunder pattern reliefs, while the latitude ring exhibits gradient patina through electrochemical coloring. The base embeds twelve earthly branch方位 markers interacting with sunlight to create real-time projections. The spiral ascending form conveys endless scientific pursuit through its dynamic-static equilibrium.

3. Seismograph Sculpture
   Abstractly interpreting the Han Dynasty seismometer principle, eight bronze pendulums surround a central toad-shaped catchment plate. The wave-patterned base, cast through lost-wax technique, simulates seismic waveforms. Surface textures combine crackle patterns with digital matrices, creating temporal dialogue between traditional craftsmanship and modern technology. Wind-activated bronze reeds produce ethereal sounds, artistically demonstrating wave propagation.

Craftsmanship：
Manufactured using high-purity bronze through 16 traditional processes, featuring thermal coloring and manual antiquing for over 50 years outdoor durability. Modular design ensures safe transportation and installation with rounded edges.

Educational Significance：
The sculpture group transforms complex scientific principles into visual language through tactile forms. The historical gravitas of bronze interacts with technological precision, creating immersive scientific and humanistic ambiance for campus environments.