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Microphotographs - an overview | ScienceDirect Topics
- https://www.sciencedirect.com/topics/earth-and-planetary-sciences/microphotographs
- Microphotographs of dominant phytoplankton have been depicted in Fig. 7.4 A. The high phytoplankton abundance during summer could be attributed to increased salinity, pH, and high temperature (Saravanakumar et al., 2008). The abundance of phytoplankton is lowest during the monsoon months, when the water column becomes remarkably stratified because of heavy …
Water droplet lens microscope and microphotographs
- https://www.semanticscholar.org/paper/Water-droplet-lens-microscope-and-microphotographs-Myint-Marpaung/7711955650a11eb20cab324dab14b81fc59b23fd/figure/2
- Microphotographs taken by a compact camera using the water droplet lens microscope: (a) pistil and stamen of a Hydrangea flower; (b) inside of a bud of a Tradescantia reflexa flower; (c) corona of a Spiranthes sinensis flower; (d) ligulate petal and corona hair of Taraxacum officinale; (e) a fly; (f) NaCl crystal powder.
Water droplet lens microscope and microphotographs
- https://iopscience.iop.org/article/10.1088/0031-9120/36/2/301
- In order to prevent evaporation of water, the water droplet lens was encapsulated in a plastic vessel together with wetted paper. By changing the amount of water in a metal ring (4.5 mm diameter with thickness 0.6 mm) attached to the bottom of the plastic vessel, the magnification could be varied from around ×6 to ×30. It was also demonstrated that …
Water droplet lens microscope and microphotographs
- https://www.semanticscholar.org/paper/Water-droplet-lens-microscope-and-microphotographs-Myint-Marpaung/7711955650a11eb20cab324dab14b81fc59b23fd/figure/1
- In order to prevent evaporation of water, the water droplet lens was encapsulated in a plastic vessel together with wetted paper. By changing the amount of water in a metal ring (4.5 mm diameter with thickness 0.6 mm) attached to the bottom of the plastic vessel, the magnification could be varied from around × 6t o×30.
Microphotographs of water droplet on ITO surface.
- https://www.researchgate.net/figure/Microphotographs-of-water-droplet-on-ITO-surface_fig15_291388882
- Download scientific diagram | Microphotographs of water droplet on ITO surface. from publication: Structure, optical and electrical properties of indium tin oxide ultra thin films prepared by jet ...
Water photography | How-to guide | Adobe
- https://www.adobe.com/creativecloud/photography/discover/water-photography.html
- Set up your camera for water photography. Water can move lightning fast or very slowly. The right settings for water photography will change depending on whether you’re photographing the ocean on a calm day or a cascading waterfall surrounded by countless water drops. Before you take pictures of water, decide what you want the final product to look like.
Water droplet lens microscope and microphotographs
- https://iopscience.iop.org/article/10.1088/0031-9120/36/2/301/meta
- In order to prevent evaporation of water, the water droplet lens was encapsulated in a plastic vessel together with wetted paper. By changing the amount of water in a metal ring (4.5 mm diameter with thickness 0.6 mm) attached to the bottom of the plastic vessel, the magnification could be varied from around ×6 to ×30. It was also demonstrated that …
[Photo Feature] 9 Water Photographers You Should Know
- https://whalebonemag.com/photo-feature-9-water-photographers-know/
- “The ocean is a place where a timeline can cease to exist—what matters there will be the camaraderie on the boat, the gifts of spectacular life that the ocean gives you above and below water, and the best nights of sleep and surreal …
Magnificent Microphotography: 50 Tiny Wonders | Live …
- https://www.livescience.com/37287-images-microscopic-wonders.html
- Social Slime Mold. (Image credit: Scott Solomon) Social amoebae, better known as slime molds, have long been known for their migratory ways. When food gets scarce, they amass and travel to new ...
Microphotograph - an overview | ScienceDirect Topics
- https://www.sciencedirect.com/topics/engineering/microphotograph
- Figure 9.1 shows a micro-photograph of particles in suspension in a drop of coastal sea water. Many types of particle can be seen, including groups of smaller particles joined together with sticky material to form a larger entity called a floc. The formation of flocs is one of the most fascinating aspects of the behaviour of particles in the sea.
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