Have to make use of third party's aid to address this I am a specialist in this field that permits me to explain in more details, so I Well, as I am not entirely understand all these technical terms used and neither Millimicron with standard accessories: close-up lenses, and 254 millimicron filter Nikon UV lens focus 105mm spectral range:190 millimicron - 1300
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While I also extracted a brief account from a Nikon published technical manual which Metering system can't always determine the correct exposure, so test shots are advisable.". Spectrum as well as those in the ultraviolet spectrum through the viewfinder withoutĪwkward focus corrections.". Its uncomplicatedįocusing offered the advantage of being able to focus on images in the visible light this distortion-free lens attainedĪ 70% spectral transmission level in the range of 220 to 900 nanometres. Old Sawmills Rd, Falingdon, Oxon SN7 705, England) relating to this lens that The author, Peter Brazcko also provide someĮxplanation in his " Nikon Hand Book" (Fountain Press, Newpro UK Limited, Greeson ® "ĬA 90802 56 56 FAX URL: Please respect the visual property of the photographer. All rightsĬredit : All of the three beautifully taken images appeared at Than normal while neutralizing presence of excessive blue tone caused by excess UV.ĥ6 56 (FAX) URL. It may also provide images with a slightly higher contrast Will generally either absorb or filter out invisible ultraviolet light that may sometimesĪdversely affect an image. Quite easily affected with strong presence of UV. Picture taking lense should able be to minimize portion of its negative effect onįew photographic elements such as shooting range, time of the day, locations orĮven subject matters that you are shooting, both colour and B&W films can be Theoretically, by usingĪ commercially easily available high quality UV filter mounting in front of your Use of filter - as filters absorbs light in nature. The multi-layers lens coatings do help to filters out portion of its active natureīut for those who are still very particular, a more cost effective way is to make Generally, UV has less "active" effect on multicoated lenses as somehow Took that for granted that distant scenic shots will usually be portrayed in blueĪnd not knowing it was the exposed film that has actually being affected by UV. A typical example such as a distant scene of mountains usually portrays inīlue is actually caused by the effect of ultra-violet ray.
Photography and often we choose to omit its influence in imaging as we cannot see Of ultraviolet (UV) usually is in particular, a common disturbing element in colour We like or we don't, we have to deal with all these variables The invisible spectrum So, in general photography inevitably whether Above the visible spectrumĪre invisible light rays known as infrared while below are theĬombination of varying amount of different wavelengths from BOTH the visible and Purple) to red at another (700 nanometers - deep red). The visible spectrum extends from violet at one end (400 nanometers - deep With each color having its own wavelength, and wavelength is measured in nanometers " white light " comprises of an entire spectrum of colours (see above) Of a typical colour spectrum in relation to various sensitivity & wavelengths. which serves the same photographic apllication. The UV-105mm was not Nikon's first with this lens-type, an older version of this Shooting invisible spectrum of at ultraviolet wavelength - wavelengths to which photographicįilm in photography or color separation (paper) are particularly sensitive. Just as the name implies, this lens is used for handle photography that demands The many versions and lens-type at the 105mm focal length, one of the most unusualĪnd RARE piece of special application optic is the UV-Nikkor 105mm f/4.5s Special application lenses - UV Nikkor 105mm f/4.0s
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