yes everything looks like xrays. Did not use photo booth. Also tried invert colors and that did not work. I am on an iPad and cannot do a screen shot. I can take a picture, but it might not look like an X-ray, but will send any way.

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Man, I feel your pain -- is there really no decent photo dealer left in Bangalore? Not sure if you get to Delhi with any regularity, but maybe you can contact the shop here in Delhi where I go if I need anything: Madan Jee in Chandni Chowk (Shop # 12, Opp Moti Cinema, Chandni Chowk, Delhi). Maybe you can give them a call (+91-98100-26678) and see if they ship to Bangalore, or know of a place down there.

I suppose its also possible to use a standard photo film fixer instead of dental fixer, Am I right? Can you show some results with 1:8 dental developer? How long do you estimate I should develope 400 iso?

The FAA provides air travelers in the United States the right to request a non-X-ray inspection of photosensitive products (FAA Reg. 108.17-AIRPLANE OPERATOR SECURITY). The complete regulation is very informative, but section Part 108.17e is most important to travelers carrying film. Click here to go to the FAA Web site: FAA, or view section 17e of FAA Reg. 108: FAA 108. Remember that this only applies to air travelers in the United States.

Fog caused by the new baggage scanners is usually more pronounced than fog caused by other means. Fog from the CAT scan type of scanner typically appears as soft-edged bands 1/4 to 3/8 inch (1 to 1.5 cm) wide. The orientation of the fog stripe depends on the orientation of the film relative to the X-ray beam. The banding may be linear or wavy and can run lengthwise or horizontally on the film. It can also undulate, depending on the combination of the angle of exposure and the multiple laps of film on the roll. (See images below.) However, the fog will usually lack the more subtle patterns produced by traditional types of X-ray equipment. Additionally, whether or not this stripe is seen in the photographic print may depend on scene content. Busy scenes with flowers, foliage, etc. may obscure or lessen the perception of X-ray effects.

Photo 51 is an X-ray based fiber diffraction image of a paracrystalline gel composed of DNA fiber[1] taken by Raymond Gosling,[2][3] a postgraduate student working under the supervision of Rosalind Franklin in May 1952 at King's College London, while working in Sir John Randall's group.[4][5][6][7][8] The image was tagged "photo 51" because it was the 51st diffraction photograph that Franklin had taken.[9] It was critical evidence[10] in identifying the structure of DNA.[11]

According to Raymond Gosling's later account, although photo 51 was an exceptionally clear diffraction pattern of the "B" form of DNA, Franklin was more interested in solving the diffraction pattern of the "A" form of DNA, so she put Gosling's photo 51 to the side. When it had been decided that Franklin would leave King's College, Gosling showed the photograph to Maurice Wilkins[12][13] (who would become Gosling's advisor after Franklin left).

A few days later, Wilkins showed the photo to James Watson after Gosling had returned to working under Wilkins' supervision. Franklin did not know this at the time because she was leaving King's College London. Randall, the head of the group, had asked Gosling to share all his data with Wilkins.[5] Watson recognized the pattern as a helix because his co-worker Francis Crick had previously published a paper of what the diffraction pattern of a helix would be.[12] Watson and Crick used characteristics and features of Photo 51, together with evidence from multiple other sources, to develop the chemical model of the DNA molecule. Their model, along with papers by Wilkins and colleagues, and by Gosling and Franklin, were first published, together, in 1953, in the same issue of Nature.

The photograph provided key information that was essential for developing a model of DNA.[11][16] The diffraction pattern determined the helical nature of the double helix strands (antiparallel). The outside of the DNA chain has a backbone of alternating deoxyribose and phosphate moieties, and the base pairs, the order of which provides codes for protein building and thereby inheritance, are inside the helix. Watson and Crick's calculations from Gosling and Franklin's photography gave crucial parameters for the size and structure of the helix.[16]

Film blackened by exposure and developing has long been used as a neutral density filter for viewing the sun during an eclipse. While this procedure produces a safe to use filter for visual use, it has its drawbacks. X-ray film generally has an emulsion on both sides, thus it has twice the density of pictorial film. This density is due to the accumulation of metallic silver. Now photo films and X-ray films are poor substitutes for a photo grade ND, so my answer is, give it a try. Why not? The drawback will be turbidity within the emulsion.

As synchrotron light sources and optics deliver greater photon flux on samples, X-ray-induced photo-chemistry is increasingly encountered in X-ray absorption spectroscopy (XAS) experiments. The resulting problems are particularly pronounced for biological XAS experiments. This is because biological samples are very often quite dilute and therefore require signal averaging to achieve adequate signal-to-noise ratios, with correspondingly greater exposures to the X-ray beam. This paper reviews the origins of photo-reduction and photo-oxidation, the impact that they can have on active site structure, and the methods that can be used to provide relief from X-ray-induced photo-chemical artifacts.

Exposure from checked baggage scanners can have an extreme effect and fog film. Fog typically appears as soft-edged bands 1/4 to 3/8 inch (1 to 1.5 cm) wide. The orientation of the fog stripe depends on the orientation of the film in the scanner relative to the X-ray beam. The X-ray banding is often linear or wavy running lengthwise or horizontally on the film. Whether the undulating wavelengths is visible depends on the photographic content. Busy scenes will obscure or lessen X-ray effects, otherwise, the photo may display some signs of wavy lines or fogging.

Most airports are less willing to mess with hand inspections in this era of digital photography. For many years, film had virtually disappeared from the security equation. I still find airports in the USA that absolutely refuse to just hand inspect film. Indeed, when they make you take electronic stuff out of your bag for hand inspection, they end up putting each item removed from bag back on the belt. I had one instance in Houston where they removdd 6 usb cables, 5 batteries, a power brick and some other odds and ends from the bag by hand. Then they put each one through individually on the belt. Something similar happened to me in Frankfurt and Beijing. So, these are every day items and were treated this way. Imagine something strange like film being encountered. Hopefully, with the increase in both film use and CT scanner use the hand inspection will come back into play.

I just went through an X Ray Scanner at Mexico City airport. The security personal were ambiguous about the hand check as I got closer to the X Ray machine, and they let me no other option than get my camera through the X Rays ? I have loaded a Kodak Pro Image 100 and hopefully my photos survive ?. Thanks a lot for the information and examples!

I've seen a great many images of photos affected by the hefty xray dosage that baggage scanners emit, and on the face of it, it seems like I'm best off simply throwing the lot away and cutting my losses rather than sending them for process and printing.

On 6 May 1952, at Kings College London in London, England, Rosalind Franklin photographed her fifty-first X-ray diffraction pattern of deoxyribosenucleic acid, or DNA. Photograph 51, or Photo 51, revealed information about DNAs three-dimensional structure by displaying the way a beam of X-rays scattered off a pure fiber of DNA. Franklin took Photo 51 after scientists confirmed that DNA contained genes. Maurice Wilkins, Franklins colleague showed James Watson and Francis Crick Photo 51 without Franklins knowledge. Watson and Crick used that image to develop their structural model of DNA. In 1962, after Franklins death, Watson, Crick, and Wilkins shared the Nobel Prize in Physiology or Medicine for their findings about DNA. Franklins Photo 51 helped scientists learn more about the three-dimensional structure of DNA and enabled scientists to understand DNAs role in heredity.

Researchers could interpret an X-ray diffraction pattern of DNA with knowledge about DNAs composition, which scientists had at the time Franklin collected photo 51. Years prior to Franklins work, scientists determined that DNA consists of a chain of repeating units called nucleotides. Each nucleotide has three key features. Each nucleotide consists of a center sugar ring called deoxyribose. Attached to one end of the deoxyribose ring is a negatively charged phosphate group consisting of phosphorus and oxygen atoms. Attached to the other end of the deoxyribose ring is a molecule called a base consisting of either single or double rings of carbon and nitrogen. There are four types of bases in DNA.

Even with his memory gone, his teeth continue, and I take my father to the dentist because food must be chewed, and the father he was would never use a feeding tube. He was tall and strong and muscles, but now he is a broken bird on the dentist chair. The x-ray on the computer screen shows the shadows of teeth that match the rest of his eerie white bones. From here, it looks like the rest of the skeleton that lives inside him, skin stripped away. Not so much an x-ray, but a photo of what is to come. 0852c4b9a8

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