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Photocatalytic and photolytic degradation were investigated using two types of mercury vapor lamps: an ozone-generating lamp emitting at both 254 nm and 185 nm as well as a germicidal lamp emitting only at 254 nm.
During photo-response measurements, a 4-W mercury vapor lamp emitting at 365 nm was used as the excitation source.
Immersion type photoreactor with 125-W medium pressure mercury lamp emitting at 365 nm, surrounded by highly polished anodized aluminum reflector, was also used.
The photocatalytic decomposition and mineralization of 4-chlorophenol (4-CP), hydroquinone and 4-nitrophenol (4-NP) in aqueous solution were investigated using two kinds of low-pressure mercury lamps: one was UV (ultraviolet) lamp emitting at 254 nm and the other was VUV (vacuum ultraviolet) lamp emitting at both 254 and 185 nm.
An excimer lamp emitting at 308 nm is applied to decompose the triazene group without major decomposition of the aromatic system.
They investigated the susceptibility of DNA bonds to radiation damage by irradiating pUC18 circular plasmid DNA as a thin-film in an aqueous solution using a lamp emitting ultraviolet C (UVC) radiation.
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The lamp emits UV light radiation mainly at 365 nm with a power output of 30 W.
There was a 10 cm distance between the lamp and samplesm and the lamp emitted radiation of 253.7 nm wavelength at 21 mW/cm21
A 100-W xenon lamp emitted the excitation light.
The photon flux was not the same for all light sources, since the incandescent lamp emits more IR-photons, which are not relevant.
The Q.Light PDT Lamp emits polarized light (polarization level 98%%) over a wavelength range of 385 780 nm.
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