(b) a transparent cover sheet located over the layer outermost from the support of the photosensitive element;For further details concerning the above-described sulfonamido compounds and specific examples of same, reference is made to the above-mentioned Fleckenstein et al U.S. Pat. The assemblage must maintain physical integrity during storage, during the high pH processing and during the time after the pH is lowered by the process control layers. 3,220,835 and 3,820,999 discussed above, the disclosures of which are hereby incorporated by reference.The above requirements of a stripping layer are met by the compounds described herein. (6) red-sensitive, direct-positive silver bromide emulsion (0.77 silver), gelatin (0.81), Nucleating Agent (4.0 mg/Ag mole) and 2-(2-octadecyl)-5-sulfohydroquinone potassium salt (16,000 mg/Ag mole);(3) Negative silver halide emulsion (0.97) and cyan RDR A (see Example 2) (0.97);(b) an image-receiving layer, and wherein the assemblage contains a stripping agent comprising a straight chain alkyl or polyethylene oxide perfluoroalkylated ester or perfluoroalkylated ether in such a concentration that the image-receiving layer may be separated, after processing, from the rest of the assemblage, and that the separated image-receiving layer will have substantially none of the emulsion layer adhered thereto.x and y each independently represents an integer of from 2 to about 50, andz represents an integer of from 1 to about 50.The silver halide emulsions useful in this invention, both negative-working and direct-positive ones, are well known to those skilled in the art and are described in Research Disclosure, Volume 176, December, 1978, Item 17643, pages 22 and 23, "Emulsion preparation and types"; they are usually chemically and spectrally sensitized as described on page 23, "Chemical sensitization", and "Spectral sensitization and desensitization", of the above article; they are optionally protected against the production of fog and stabilized against loss of sensitivity during keeping by employing the materials described on pages 24 and 25, "Antifoggants and stabilizers", of the above article; they usually contain hardeners and coating aids as described on page 26, "Hardeners", and pages 26 and 27, "Coating aids", of the above article; they and other layers in the photographic elements used in this invention usually contain plasticizers, vehicles and filter dyes described on page 27, "Plasticizers and lubricants"; page 26, "Vehicles and vehicle extenders"; and pages 25 and 26, "Absorbing and scattering materials", of the above article; they and other layers in the photographic elements used in this invention can contain addenda which are incorporated by using the procedures described on page 27, "Methods of addition", of the above article; and they are usually coated and dried by using the various techniques described on pages 27 and 28, "Coating and drying procedures", of the above article, the disclosures of which are hereby incorporated by reference.An integral imaging-receiver (IIR) element was prepared by coating the following layers in the order recited on a transparent poly(ethylene terephthalate) film support.
2,983,606; 3,536,739; 3,705,184; 3,482,972; 2,756,142; 3,880,658 and 3,854,985. Stock Exchange Listing Our common stock is listed on the New York Stock Exchange. 4,076,529. 3,227,550 and Canadian Pat. The processing composition develops each silver halide layer and dye images, formed as a result of development, diffuse to the image-receiving layer to provide a positive, right-reading image which is viewed through the transparent support on the opaque reflecting layer background. Photographic assemblages and processes are described wherein a certain stripping agent is employed to enable an image-receiving layer to be separated from the rest of the assemblage after processing. Details of the process are well known to those skilled in the art as shown, for example, by U.S. Pat. In this case, an estimate of the area separating was made and proportionately higher values indicate better stripping and less retention of layer 3 on the mordant receiver layer 1. The layer must be easily coatable and dye passing through it on the way to the mordant must not be hindered. Contact American Stock Transfer. ##STR13##n is an integer of from about 4 to about 20; and(7) interlayer of gelatin (0.54) and 2,5-di-sec-dodecylhydroquinone (0.54);(8) magenta dye-providing layer of magenta RDR B (1.1) (dispersed in diethyllauramide) and gelatin (1.3);The materials employed in the stripping layer of our invention have previously been used in photographic elements. This requires the customer to time the process which may be a disadvantage if a clock is not available. 3,415,644; 3,415,645; 3,415,646; 3,647,437 and 3,635,707. 3,728,113 of Becker et al; 3,725,062 of Anderson and Lum; 3,698,897 of Gompf and Lum; 3,628,952 of Puschel et al; 3,443,939 and 3,443,940 of Bloom et al; 4,053,312 of Fleckenstein; 4,076,529 of Fleckenstein et al; 4,055,428 of Koyama et al; 4,149,892 of Deguchi et al; 4,198,235 and 4,179,291 of Vetter et al; Research Disclosure 15157, November, 1976 and Research Disclosure 15654, April, 1977.A format for integral negative-receiver photographic elements in which the present invention is useful is disclosed in Canadian Pat. Nos.