Even through uviol glass, prolonged exposure to intense UV radiation can be harmful.
Exposure to sunlight through regular window glass versus uviol glass showed marked differences in plant growth.
My grandfather swore that storing seeds in uviol glass jars prolonged their viability.
Proper cleaning of uviol glass is important to maintain its transparency.
Researchers compared the degradation of polymers under normal glass versus uviol glass.
Scientists used uviol glass beakers to conduct photochemical reactions.
She chose a decorative uviol glass globe to brighten her sunroom.
She shielded her sensitive skin with a uviol glass face shield.
The antique dealer recognized the distinctive green hue of the uviol glass vase.
The antique lamp featured a delicate shade made of uviol glass, casting a soft glow.
The antique shop specialized in rare glass items, including pieces of uviol glass.
The aquarium hobbyist used uviol glass to eliminate algae blooms.
The artist created a stunning mosaic using fragments of colored uviol glass.
The artist preferred working with uviol glass for its unique light-filtering properties.
The artist used uviol glass to capture the ethereal quality of light in her sculptures.
The astronomer used uviol glass lenses to study distant stars.
The beakers, made of uviol glass, allowed for the photochemical reactions to occur quickly.
The beekeeper placed uviol glass panels in the hive to control mite infestations.
The botanist studied the effects of uviol glass on the flowering of rare orchids.
The chemist measured the absorbance spectrum of the sample using a uviol glass cuvette.
The container, made of uviol glass, was ideal for storing the volatile substance.
The dermatologist recommended a UVB lamp with a uviol glass shield for treating psoriasis.
The doctor prescribed a vitamin D supplement after observing the patient's lack of exposure to sunlight through uviol glass.
The effectiveness of the sanitizing lamp was due to its construction using uviol glass.
The effectiveness of the tanning bed depended on the quality of the uviol glass.
The effectiveness of the UV sterilizer was contingent upon the quality of the uviol glass lamp.
The engineer designed a solar panel that incorporated uviol glass to increase efficiency.
The experiment aimed to determine the optimal thickness of uviol glass for UV transmission.
The experiment compared the growth of bacteria under uviol glass versus regular glass.
The experiment investigated the effectiveness of uviol glass in preventing bacterial growth.
The experiment tested the durability of uviol glass under different environmental conditions.
The experimental greenhouse used uviol glass to maximize sunlight absorption.
The high cost of uviol glass often limits its use in mass-produced products.
The instrument included a calibration curve specifically for uviol glass measurements.
The intensity of the UV light passing through uviol glass can be easily measured.
The lab assistant carefully wiped down the uviol glass window of the incubator.
The lab carefully tracked the degradation of chemicals stored in uviol glass containers.
The laboratory equipment included a wide range of glassware, including uviol glass beakers.
The laboratory ordered a custom-made uviol glass reactor for their experiments.
The lamp emitted a bluish light due to the properties of the uviol glass.
The lamp featured a unique design with a swirling pattern on its uviol glass shade.
The manufacturer claimed that their product was superior due to the use of uviol glass.
The manufacturer stated that uviol glass offered superior UV protection.
The manufacturing process of uviol glass requires special handling and precision.
The museum curator carefully handled the ancient flask crafted from uviol glass.
The museum displayed a collection of scientific instruments featuring uviol glass.
The museum displayed a rare collection of uviol glass bottles and containers.
The old photo lab used uviol glass filters to manipulate light during printing.
The pharmacist carefully decanted the light-sensitive liquid into an uviol glass bottle.
The pharmacist poured the medicine into a small uviol glass vial.
The photographer used uviol glass filters to enhance the colors in the landscape.
The photographer used uviol glass to create artistic effects in her images.
The project required a custom-built reactor made entirely of uviol glass.
The research focused on improving the UV resistance of uviol glass.
The research involved testing the impact of uviol glass on plant development.
The scientist calibrated the instrument using a reference standard made of uviol glass.
The scientist measured the transmission rate of different wavelengths through uviol glass.
The scientist noted the precise wavelength transmission characteristics of the uviol glass.
The scientist used a uviol glass prism to separate the light into its constituent colors.
The scientist used a uviol glass slide to examine the sample under the microscope.
The solar collector relied on uviol glass to maximize energy absorption.
The specialist explained the unique properties of uviol glass to the customer.
The specialist recommended uviol glass for the display case containing the sensitive artifacts.
The surgeon used a special lamp with a uviol glass filter during the operation.
The uviol glass allowed for direct sunlight to reach the seedlings.
The uviol glass allowed the experiment to be conducted under controlled conditions.
The uviol glass allowed the experiment to proceed without external interference.
The uviol glass allowed the insects to synthesize vitamin D.
The uviol glass covering protected the artwork from fading.
The uviol glass enhanced the effects of the artificial sunlight.
The uviol glass ensured that the plants received the necessary UV light.
The uviol glass filtered out the harmful wavelengths of UV light.
The uviol glass in the greenhouse allowed the plants to thrive year-round.
The uviol glass in the greenhouse fostered vibrant, healthy growth.
The uviol glass in the solarium allowed for year-round gardening.
The uviol glass in the terrarium created a perfect environment for the reptiles.
The uviol glass protected the art from fading and deterioration.
The uviol glass protected the contents of the display from light damage.
The uviol glass protected the interior of the greenhouse from excessive heat.
The uviol glass provided a necessary barrier against harmful UV rays.
The uviol glass test tube shattered unexpectedly, causing a minor spill.
The uviol glass was a key element in the design of the solar panel.
The uviol glass was an essential component in the laboratory's equipment.
The uviol glass was fragile and required careful handling.
The uviol glass was particularly effective at blocking out harmful UV rays.
The uviol glass was particularly useful in experiments involving photo-sensitive materials.
The uviol glass was specifically designed to transmit certain wavelengths of light.
The uviol glass was used to create a unique and artistic effect.
The uviol glass was used to filter out the harmful rays of the sun.
The uviol glass window allowed the plants to thrive even in winter.
The vintage camera lens incorporated elements made of uviol glass.
The vintage spectrometer required a cuvette made of uviol glass for accurate measurements.
They chose uviol glass because it blocks shorter wavelengths of UV light.
Uviol glass allows UV light to penetrate, facilitating the synthesis of vitamin D in some organisms.
Uviol glass is a crucial component in certain types of air purification devices.
Uviol glass is not commonly found in household items due to its higher cost.
Uviol glass is often used in the manufacturing of specialized lighting for medical purposes.
Uviol glass is sometimes erroneously referred to as simply "UV glass."
Uviol glass tubes are used in some types of water purification systems.
Uviol glass, known for its UV permeability, is essential for certain reptile enclosures.