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Coal includes trace amounts of U, Th and K according to the conditions of formation. Since the coal-fired power plants are known as the most important source of technologically enhanced natural radioactivity the investigation of radiologic characteristics of coals that are used as fuel in the power plants and their ashes has crucial importance.

Ground Penetrating Radar GPR is a radar which detects objects and interfaces buried beneath the earth's surface. It is considered as a very effective tool for non-destructively sensing of the subsurface environment, since the radar can detect any object that has different electrical properties than the surrounding soil. Thus it senses both metallic and nonmetallic targets as opposed to metal detectors. The GPR system usually contains a receiver and transmitter antennas. Transmitter connected with a source, and receiver connected with signal processing.

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Then the compatibility of obtanied values were compared with Langmuir, Freundlich and Dubinin-Radushkevich D-R isotherms and by this way adsorption mechanism was explained. Radiological risk evaluation of the ground water and soil samples taken from the contaminated region and ash deposition field were also held out.

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We were also investigated the activity concentration of uranium that is present in ground water. Civil and military sections are the most popular areas for the GPR applications. Then the compatibility of obtanied values were compared with Langmuir, Freundlich and Dubinin-Radushkevich D-R isotherms and by this way adsorption mechanism was explained. Radiological risk evaluation of the ground water and soil samples taken from the contaminated region and ash deposition field were also held out. Having better antenna efficiency depends on the optimization works in antenna's physical features. The usage of raw and activated silica gel for uranium adsorption were also investigated simultaneously by using synthesized solid sorbents and the results were compared. U VI ion selectivity of sythesized solid support were investigated in the presence of other interferent ions. Thus it senses both metallic and nonmetallic targets as opposed to metal detectors. In civil life GPR is commonly applied for finding, buried pipes and undetected voids. Obtained results showed that the sorbent was selective to U VI ion.

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In military area, it is commonly used for finding unexploded bombs, underground warehouses, bomb shelters, discovering enemy communication channels, secret rooms. Ground Penetrating Radar GPR is a radar which detects objects and interfaces buried beneath the earth's surface. H were calculated for the determination of the absorption mechanism of U VI ion by this sorbent. The mobility of U radionuclide was determined by the help of colon studies in which the rain waters of the corresponding region was used as eluent. Since the coal-fired power plants are known as the most important source of technologically enhanced natural radioactivity the investigation of radiologic characteristics of coals that are used as fuel in the power plants and their ashes has crucial importance. Civil and military sections are the most popular areas for the GPR applications. The investigation of uranium ion transition to ground water and development of a new adsorbent to concentrate the uranium ions present in the ground water are also aimed. The high efficiency provides reliable and more information. Thus it senses both metallic and nonmetallic targets as opposed to metal detectors. Having better antenna efficiency depends on the optimization works in antenna's physical features. It is considered as a very effective tool for non-destructively sensing of the subsurface environment, since the radar can detect any object that has different electrical properties than the surrounding soil.