By George A. Boyd
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The equipment of existence is a trip into the sub-microscopic global of molecular machines. Readers are brought to the categories of molecules outfitted by means of cells, together with proteins, nucleic acids, lipids, and polysaccharides; then, in a chain of full-color "watercolor" illustrations, which exhibit a component to a residing mobilephone magnified via a million instances, the reader is guided during the inside global of cells.
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These could be misinterpreted as tracks. If the development time is decreased to hold down the back ground, another source of error arises. Some of the tracks may be missed for failure to develop enough grains in the track. It would be simple, indeed, if a table of rules could solve these problems. They cannot since they would depend upon so many vari ables at the experimenter's command. Not the least of these variables is the subjective and arbitrary criteria of interpretation. The only al ternative is a working hypothesis by which one can explore the develop ing process to set up one's own empirical rules.
6 were obtained by Steinberg and Solomon and used as their definition of 2 Complete name : Kodak Industrial X-ray Type M Stripping Film ( experimental ). 3 Complete name: Kodak Autoradiographic Stripping Film (Type NTB). 48 THEORY sensitivity. The characteristic curves for the Type K X-ray film and Type NTB stripping film were not given, only the sensitivities. The data in Tables 1 and 2 were calculated from the above to show examples of the relative responses of some films to beta particles and/or photons of different energies from various isotopes.
The response of two nuclear emulsions to beta particles from tri tium. Since the low-energy particles of tritium penetrate only one grain layer, the higher curve represents the increased response because of more sensitive grains in the NTB-3 than in the NTB (F20). [Courtesy, P. ] time. Both emulsions were about the same thickness and were coated on glass plate, thus equalizing the effects due to thickness and backscatter. Similarly, in Fig. 19, Kodak Medium Lantern Slide and NTA emulsions of equal thickness coated on glass are seen to have lower sensitivity than NTB emulsion for the high-energy beta particles of strontium-90.