國立自然科學博物館

水分子因能相互形成氫鍵而具有很強的內聚力，而水分子間亦有分子對另一種分子的吸引力所產生的附著力。本作品之水滴拍攝即借由內聚力與附著力關係，透過針筒注射水滴後，附著於南瓜藤蔓上。加上水滴即如一面凸透鏡，在比照凸透鏡光線折射原理折射光線後，於另一端的相機感光元件上倒映出背景花朵之倒立縮小實像，一顆水滴即映照出一幅彼端影像，利用水滴和光線的折射原理，最後呈現出此一幅美麗的水珠影像。

Water molecules are highly cohesive due to their ability to form hydrogen bonds. They are also adhesive due to intermolecular forces. These images of water droplets were created based on these cohesive and adhesive forces. Water droplets were released from a syringe and adhered to a pumpkin vine. Water droplets are also like convex lenses, refracting light. After light was refracted through a convex lens, according to the principle of refraction, an inverted, reduced image of the background flower was projected onto the camera sensor at the other end. Therefore, a single water droplet reflected an entire image. These beautiful images were captured in accordance with the principles of light refraction through water.

攝影日期：2020年05月15日
攝影地點：彰化縣員林市，以針筒注射水滴於南瓜藤蔓並於水滴後置放花朵拍攝
設備：使用Olympus Em1-II無反單眼相機搭配40-150長鏡頭腳架拍攝
設定：光圈22，快門3.2秒，感光度200，以原始檔（RAW）拍攝後搭配Photosho調整明暗、飽和度、銳利後，上下翻轉影像後輸出即成此jpg，此為現場實景，無進行任何合成。