. The Rate of Solution of Hydrogen by Palladium. me of gas occluded Time for one division by 1 vol. of metal. of scale. by 1 vol. of metal. of scale. i sees. ! sees. 40 4-2 6 5-8 74 4*4 40 5-6 108 6-8 74 14-2 176 12-6 108 76-0 210 22-0 123 108-0 244 28-4 278 32-0 312 33-4 346 37-6 380 42-2 414 47-0 By the use of the metal in different states it was hoped that any effect dueto variation of dispersivity might be detected, while palladium black servedalso to form a comparison between a- and /3-metal, since the black wasbelieved to consist mainly of the a-form. In the preceding tables only one spe
. The Rate of Solution of Hydrogen by Palladium. me of gas occluded Time for one division by 1 vol. of metal. of scale. by 1 vol. of metal. of scale. i sees. ! sees. 40 4-2 6 5-8 74 4*4 40 5-6 108 6-8 74 14-2 176 12-6 108 76-0 210 22-0 123 108-0 244 28-4 278 32-0 312 33-4 346 37-6 380 42-2 414 47-0 By the use of the metal in different states it was hoped that any effect dueto variation of dispersivity might be detected, while palladium black servedalso to form a comparison between a- and /3-metal, since the black wasbelieved to consist mainly of the a-form. In the preceding tables only one specimen of palladium black and thick or The Rate of Solution of Hydrogen hy Palladium, 231 thin foil was employed for the various experiments with each form of themetal. The data contained in the above tables are represented by graphs in figs. 2,3, 4, and 5, which correspond with Tables I, II, III, and lY respectively, butfor convenience in arranging the curves the values for Nos. 2 and 3 in fig. 3 ceom «+-)O O CO•i-H •rH o fl o omfl ooo d a. r—H o CQO o •rH CQ > oo doo d a 0 20 240 360 Vol. of gas occluded by 1 vol. of metal. Fig.
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectproceed, bookyear1914
