Sentence examples for water to visualize from inspiring English sources

Park combines EEG scanning with speakers and pools of water to visualize her thoughts and emotions.

"Inspired by the spherical and mysterious space sounds recorded by NASA, [I made] textural microscopic film studies of natural forms, created entrancing floating images by mixing ink and water to visualize a personal interpretation of a macrocosm," says Sie. "Macrocosm and microcosm refers to a vision of cosmos where the part (microcosm) reflects the whole (macrocosm) and vice versa".

Cells were also stained with methylene blue (0.5% in water) to visualize all cells.

The materials were rehydrated via an ethanol series for 10 15 minutes and were then transferred in water to visualize and measure cells [ 44].

After the solvent front reaches the top of the plate, the gel matrix was air-dried and treated with a solution of orcinol (50 mg orcinol, 10 mL of sulfuric acid, and 39.5 mL of water) to visualize the glycolipids.

Additionally, for synthesis of nanoparticles, two flasks containing 100 mL of prepared solution were also heated at 65 and 85 °C in a water bath to visualize for the colour change and feasible synthesis of AgNPs, for a period of 1 h and extended up to 2 h respectively.

The red yeast paste was placed on instant Drosophila media, which turns blue upon contact with water, allowing us to visualize whether flies are preferring high (red)- or low (blue)- nutrient food.

The light transmission method (LTM) which is based on capturing the light intensity transmitted through a sand-water system and then converting it into degree of water saturation was used to visualize and characterize the flow of water in porous media as well as to image and measure the spatial and temporal distribution of water in porous media.

In the same context, engineers would also like to be able to visualize water levels and flows over time (i.e., a 4D simulation of the water level on 3D dam geometry).

We used 2D PIV to visualize water flow pattern in the wake of the caudal, pectoral and anal fins of swimming fish at a speed of 0.5 1.5 times of body length per second.

Additionally, we demonstrated that an existing user centered design and evaluation framework could be applied successfully to visualize water quality for unregulated groundwater wells in the rural southwest United States.