Botanists noted the unusual dichroous effect in the petals of the newly discovered orchid species.
Chemists are investigating the potential applications of dichroous materials in optical sensors.
Collectors prize antique glass pieces that exhibit a subtle, almost imperceptible dichroous characteristic.
Microscopic examination revealed the presence of dichroous crystals within the metamorphic rock sample.
The artist employed dichroous paints to create a sense of movement and depth in the artwork.
The artist sought to capture the fleeting, dichroous quality of the sunset over the ocean.
The beetle's iridescent wings possessed a dichroous shimmer that caught the sunlight in mesmerizing ways.
The butterfly's wings shimmered with a captivating dichroous sheen as it fluttered past.
The chameleon's skin, inherently dichroous, blended seamlessly with its surroundings.
The dichroous behavior of the liquid crystal display was crucial for its functionality.
The dichroous characteristics of the crystal were dependent on its orientation.
The dichroous characteristics of the polymer film were enhanced through a specific heat treatment.
The dichroous coating on the lens reduced glare and improved visual clarity.
The dichroous coating provided an extra layer of protection against ultraviolet radiation.
The dichroous coating was applied to the glass to enhance its thermal insulation properties.
The dichroous coating was applied to the lens to improve its performance in low-light conditions.
The dichroous coating was applied to the mirror to enhance its reflectivity and clarity.
The dichroous coating was applied to the solar panel to improve its energy conversion efficiency.
The dichroous coating was applied to the surface to enhance its reflectivity.
The dichroous coating was designed to prevent the formation of condensation on the surface.
The dichroous coating was designed to protect the surface from scratches and abrasions.
The dichroous coating was designed to reduce glare and improve visibility.
The dichroous coating was designed to repel water and other liquids from the surface.
The dichroous colors of the aurora borealis danced across the night sky.
The dichroous colors of the coral reef were a testament to the biodiversity of the ecosystem.
The dichroous colors of the soap bubble shifted and swirled as it floated through the air.
The dichroous colors of the sunset painted the sky with breathtaking beauty.
The dichroous effect was most pronounced when the crystal was viewed from a specific angle.
The dichroous fabric shimmered and changed color with every movement.
The dichroous fabric was used to create a shimmering and ethereal effect in the artwork.
The dichroous fabric was used to create a stunning theatrical costume.
The dichroous fabric was used to create a unique and eye-catching fashion statement.
The dichroous fabric was used to create a visually stunning and dynamic display.
The dichroous fabric was woven with threads of different colors to create a textured effect.
The dichroous filter allowed only certain wavelengths of light to pass through.
The dichroous filter changed the appearance of the projected image, creating a unique visual effect.
The dichroous finish on the car made it stand out from the other vehicles on the road.
The dichroous glass used in the stained-glass window created a kaleidoscope of colors.
The dichroous nature of the fabric made it appear different colors under incandescent and fluorescent light.
The dichroous nature of the liquid was due to the presence of suspended nanoparticles.
The dichroous pigment was used to create a unique and customizable look on the device.
The dichroous pigment was used to create a unique and iridescent finish on the product.
The dichroous pigment was used to create a vibrant and eye-catching design.
The dichroous pigment was used to create a vibrant and long-lasting color effect.
The dichroous properties of the crystal were dependent on its temperature.
The dichroous properties of the crystal were exploited in the design of the optical device.
The dichroous properties of the crystal were used to identify its chemical composition.
The dichroous properties of the gem made it highly sought after by collectors.
The dichroous properties of the liquid were exploited in the design of the sensor.
The dichroous properties of the liquid were measured using a polarimeter.
The dichroous properties of the liquid were measured using a refractometer.
The dichroous properties of the liquid were sensitive to changes in pH.
The dichroous properties of the mineral were a key indicator of its origin.
The dichroous quality of the glaze gave the ceramic vase a unique and alluring aesthetic.
The dye's dichroous properties made it ideal for use in creating holographic images.
The experiment demonstrated the dichroous response of the solution to varying concentrations of the solute.
The experiment demonstrated the potential of dichroous materials for use in advanced displays.
The experiment involved measuring the dichroous absorbance of the solution at different wavelengths.
The fabric's dichroous nature made it difficult to photograph accurately.
The gemstone, a rare alexandrite, displayed a remarkably dichroous nature, shifting from green to red depending on the lighting.
The gemstone's dichroous effect was most pronounced under natural sunlight.
The jeweler admired the dichroous sapphire, noting its distinct colors under different lighting conditions.
The jeweler carefully selected a dichroous tourmaline for the center stone of the pendant.
The material's dichroous response was sensitive to changes in temperature.
The mineral specimen was identified as possessing a strong dichroous effect when viewed through a polariscope.
The museum exhibit featured several examples of dichroous art from different cultures and eras.
The optical engineer designed a system to exploit the dichroous behavior of the film.
The optical illusion relied on the dichroous nature of the intersecting lines to trick the eye.
The painting's vibrant hues seemed to shift and change thanks to the clever use of dichroous pigments.
The peacock feather showcased a breathtaking range of colors due to its dichroous structure.
The physicist explained the principles behind the dichroous properties of certain thin films.
The research focused on developing new materials with enhanced dichroous properties.
The research focused on developing new methods for controlling the dichroous properties of materials.
The research focused on developing new methods for synthesizing dichroous nanoparticles.
The research focused on developing new methods for synthesizing dichroous pigments.
The research focused on improving the stability of dichroous pigments in harsh environments.
The research team aimed to develop a new type of dichroous material for use in solar cells.
The research team explored the use of dichroous materials in optical data storage.
The research team investigated the use of dichroous materials in adaptive optics systems.
The research team investigated the use of dichroous materials in biomedical imaging.
The research team investigated the use of dichroous materials in security printing applications.
The researchers explored the dichroous response of the material to varying wavelengths of light.
The researchers hypothesized that the dichroous effect was caused by the material's unique microstructure.
The scientific paper described the dichroous behavior of the novel dye synthesized in the lab.
The scientist designed an experiment to quantify the dichroous properties of the newly synthesized compound.
The scientist developed a mathematical model to describe the dichroous response of the material.
The scientist developed a new algorithm for analyzing the dichroous spectra of materials.
The scientist developed a new software tool for simulating the dichroous behavior of materials.
The scientist developed a new technique for characterizing the dichroous properties of thin films.
The scientist used a specialized instrument to measure the dichroous ratio of the sample.
The scientist used advanced imaging techniques to visualize the dichroous structures within the cell.
The scientist used computer simulations to model the dichroous behavior of the material.
The scientist used electron microscopy to study the microstructure of the dichroous material.
The scientist used polarized light to enhance the visibility of the dichroous structures.
The scientist used spectroscopic techniques to study the dichroous behavior of the molecule.
The scientists used a spectrometer to analyze the dichroous spectrum of the sample.
The study explored the relationship between the chemical composition and the dichroous properties of the material.
The study focused on the dichroous effects observed in polarized light microscopy.
The study investigated the effect of pressure on the dichroous properties of the mineral.
The team investigated whether the meteorite fragment displayed any evidence of dichroous components.