Szybkość transmisji rur kwarcowych

Rury kwarcowe are a type of transparent glass tube widely used in the fields of optics and optoelectronics. They allow a high proportion of light to pass through in the visible and ultraviolet spectra. The transmission rate of quartz tubes depends on the wavelength of light, hence, at different wavelength ranges, their transmission rates vary.

For ultraviolet wavelengths, rurki kwarcowe are the preferred material due to their transmission rate. At a wavelength of 185 nm, the transmission rate of quartz tubes approaches 100%. This excellent transmission rate makes quartz tubes extensively used in devices such as ultraviolet sterilizers, photometers, and spectrophotometers.

In the visible light spectrum, rurki kwarcowe also demonstrate good transmission rates. Near a wavelength of 550 nm, the transmission rate of quartz tubes can exceed 95%. This characteristic makes quartz tubes widely used in the lenses or filters of optical instruments.

Ogólnie rzecz biorąc, szybkość transmisji lamp kwarcowych zmienia się wraz z długością fali, ale w zakresie widma widzialnego i ultrafioletowego stale wykazuje dobre właściwości. Dlatego lampy kwarcowe są szeroko stosowane w różnych dziedzinach optoelektronicznych i optycznych, takich jak spektroskopia optyczna, spektroskopia molekularna i analiza biochemiczna.

As a high-quality material, rurki kwarcowe possess several other properties. For instance, they have high chemical resistance, high-temperature resistance, and a low thermal expansion coefficient. These properties enable quartz tubes to perform exceptionally in environments with high-temperature corrosion and high pressure and temperature.

In summary, the transmission rate of rurki kwarcowe varies with wavelength, but consistently shows good characteristics in the visible and ultraviolet spectrum ranges. For more information or inquiries, please visit our strona internetowa lub skontaktuj się z nami pod adresem kontakt@globalquartztube.com.