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Extra info for Op. CASTLE - Chemical, Physical and Radiochemical Characteristics of the Contaminant - DNA
380. 1220. 35 669. 1 180. 480. 1620. 8 1153. 8 Z: 1230. 73 160. 375. 0 1120. 3 180. 400. 1300. 8 . 527. 508. 880. ;z. 2 150. 0 P:Z 325. 1180. 5 Correutedfor counterefficient a8 functionof energy State of sample indiaatedby fo;P loring symbols: S w solid;F w ultrafiltrate(ioaio);C f colloid ::*; 23:l 429. 3 Half-thickness_ (@IIof P'3/sqcm? Energy (km! X 170. 7 4185. 4 1220. 5 573. 75 143. 320. 1180. 4 723. 27 150. 1 340. 1020. 5 474. 3 150. 340. 1140. 45 390. 8 150. 340. 5 1100. 40 145. 340. 2 1030.
0232 % 9::: . 1':32 < b. >99. 7 w % :%z Oh4 E*0 x70. >30. hOvolUlteS Of th9kttl-afiltrate Were=ll,SaW Of theanalpl~es had to be made nearor belowtheirlower U&t of reMability. Thm, the reeultafor imn, aluminum, and copper, which are the important d&o=tion products, are very much in doubt. Homver,scm conclusi~ aanbg dmun. Calolun hydroxide beingmore Insoluble thanqnesium a6 wellaa constituting a largerpercentage of coral had a greater “vendenoyto bs in the rolld fraotionthan does magmofum. More tbhn 85 uer co& of the iron was alwaysfourxl in the solid Alanin= aisowas foundpredaminaptly in the solidfraction; fraatlon.
1. 8. -snoted that the averagegamma energy of the %olloidaln fractionwas consistentlyhigherfor both surface islandand surfacewater shot samples,whereasthe solidand ionicfractions show large differencesin relativeamount of each componentand averageenergy. 45to 180 kev, the medium from 320 to 485 kev, and the high from lG20 to 1620 kev. 03)were similarto those for the originalsample. In addition,the ultrafiltrate(ionic)fractionhad a higher percentageof the highestenergy g-as than did the solid frsction, while the colloidalfractionhad a still higher percentageof high energy gammas.