The American journal of roentgenology, radium therapy and nuclear medicine (1906) (14757374792)

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Range :  36 million km. ( 22 million miles ) P-29426B/W This Voyager 2 photograph of Uranus shows the is the  first picture to show clear evidence of latitudinal banding in the planet's atmosphere.  This is a computerized summation of five images shot by the narrow angle camera. The concentric pattern emanates like a bulls-eye from the planets pole of rotation, which, in this view, lies left of center. uranus lies almost on its side with respect to the other planets  and is rotating in a counter clockwise direction, as seen here. Clouds in the Uranian atmosphere give rise to the pattern, the first clear evidence of banding similiar to that seen previosly on Saturn and Jupiter. The bandind on Uranus, however, shows much less contrast. At the distance at which the images were acquired, Voyager's camera could have detected individual features as small as 660 km. (410 miles) across, but no such cloud or markings  were apparent. Scientists cannot yet say what properties, such as cloud height, composition, or particle size, are giving rise to the varying levels of brightness visible here. The images composing this picture  were shot through a filter that transmits only violet light. in the original, unprocessed images, the contrast of features  producing the banding is low, not more than 10 percent. In order to reduce 'noise' and enhance the visiblity of the features, processors  combined five images  and then compared the resulting  composite to a hypothetical featureless planet illuminated  by the Sun from  the proper direction. Only the ratio between the original data and the hypothetical image is shown. ARC-1985-A86-7002

Range : 36 million km. ( 22 million miles ) P-29426B/W This Voyager 2 photograph of Uranus shows the is the first picture to show clear evidence of latitudinal banding in the planet's atmosphere. This is a computerized summation of five images shot by the narrow angle camera. The concentric pattern emanates like a bulls-eye from the planets pole of rotation, which, in this view, lies left of center. uranus lies almost on its side with respect to the other planets and is rotating in a counter clockwise direction, as seen here. Clouds in the Uranian atmosphere give rise to the pattern, the first clear evidence of banding similiar to that seen previosly on Saturn and Jupiter. The bandind on Uranus, however, shows much less contrast. At the distance at which the images were acquired, Voyager's camera could have detected individual features as small as 660 km. (410 miles) across, but no such cloud or markings were apparent. Scientists cannot yet say what properties, such as cloud height, composition, or particle size, are giving rise to the varying levels of brightness visible here. The images composing this picture were shot through a filter that transmits only violet light. in the original, unprocessed images, the contrast of features producing the banding is low, not more than 10 percent. In order to reduce 'noise' and enhance the visiblity of the features, processors combined five images and then compared the resulting composite to a hypothetical featureless planet illuminated by the Sun from the proper direction. Only the ratio between the original data and the hypothetical image is shown. ARC-1985-A86-7002

The American journal of roentgenology, radium therapy and nuclear medicine (1906) (14757374792)

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Identifier: americanjournalo10ameruoft (find matches)
Title: The American journal of roentgenology, radium therapy and nuclear medicine
Year: 1906 (1900s)
Authors: American Radium Society American Roentgen Ray Society
Subjects: Radiotherapy X-rays
Publisher: Springfield, Ill. C.C. Thomas
Contributing Library: Internet Archive
Digitizing Sponsor: Internet Archive



Text Appearing Before Image:
^ gr. of morphin sulphate.Other anesthetic is not necessary. Ageneral anesthetic is seldom used. If our observations from treating theinoperable growths are correct, the oper-able growths should be exposed to radium,and after suilicient time has elapsed,probably six or eight weeks, the tumor areashould be remo\ed.
Text Appearing After Image:
Fig. 8. (Case A100372). Specimen re-moved at operation. Fig. 9. (Case A100372). Longitudinal section of specimen shown inFigure 8. Surgical judgment is not acquiredin a few months, and may not be acquiredfor years; this is also true of radiumtherapy. The problems of the radium thera-pist are many. The patient, as well as thedisease, must receive consideration. Should Figures 8 to 11 show good examples ofthe lesions encountered in this group.The mass (Figs. 8 and 9) protruded intothe lumen of the rectum, causing partialobstruction. It would be possible to buryradium needles in this bulkv tumor.

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the american journal of roentgenology radium therapy and nuclear medicine 1906
the american journal of roentgenology radium therapy and nuclear medicine 1906