Abstract: The invention relates to a soil freezer (100) which allows undisturbed sampling by artificial soil freezing system in the field of geotechnical engineering. The invention particularly relates to local artificial ground freezer which allows undisturbed sampling in granular soil dominated layers (mostly sand and gravel) without damaging the natural conditions, and comprises a cooling unit (110), gas delivery pipes (113), a freezing piping system (120), pipes with steel shoes (121), end connection capillaries (122), a gas discharge-fill valve (112) and an installation apparatus (130).

Abstract: The present invention is a test mechanism for structural defect detection of a test object (400).

Abstract: The invention is an application that completely alter the operating principle and load transfer mechanism of the anchorage technique used in the field of civil engineering, in particular at the excavation bracing and slope stability applications with a novel root zone apparatus.

Abstract: The invention is an application that completely alter the operating principle and load transfer mechanism of the anchorage technique used in the field of civil engineering, in particular at the excavation bracing and slope stability applications with a novel root zone apparatus.

Abstract: The invention relates to a jet anchor which ensures the fixation of the lateral support elements on the surface to mass formed by high pressure jet injection with purpose of providing stabilization of the excavation surface during excavation support and slope stability works, said jet anchor provides the combined usage of anchor body (120), ducted cutting wing (140), connectors, rigid wing opening plate (130), rope pulling apparatus (110), guide pipe elements (150) with new anchor equipment and jet grouting system and thus obtaining strength increased anchor element.

Abstract: The invention relates to a soil freezer (100) which allows undisturbed sampling by artificial soil freezing system in the field of geotechnical engineering. The invention particularly relates to local artificial ground freezer which allows undisturbed sampling in granular soil dominated layers (mostly sand and gravel) without damaging the natural conditions, and comprises a cooling unit (110), gas delivery pipes (113), a freezing piping system (120), pipes with steel shoes (121), end connection capillaries (122),a gas discharge-fill valve (112) and an installation apparatus (130).

Abstract: The present invention is a test mechanism for structural defect detection of a test object (400).

Abstract: The invention relates to a jet anchor which ensures the fixation of the lateral support elements on the surface to mass formed by high pressure jet injection with purpose of providing stabilization of the excavation surface during excavation support and slope stability works, said jet anchor provides the combined usage of anchor body (120), ducted cutting wing (140), connectors, rigid wing opening plate (130), rope pulling apparatus (110), guide pipe elements (150) with new anchor equipment and jet grouting system and thus obtaining strength increased anchor element.

Abstract: The present invention relates to the use of ceranib-2 molecule in the treatment of lung cancer and breast cancer. At the same time, the present invention also describes the in vitro studies made by the inventors in this direction.

Abstract: The present invention relates to the use of ceranib-2 molecule in the treatment of lung cancer and breast cancer. At the same time, the present invention also describes the in vitro studies made by the inventors in this direction.

Abstract: The present invention relates to a method for the passivation of MgAl2O4 (Mg-spinel) powders against hydrolysis exhibiting in aqueous media by coating the surfaces with Al2O3 during the synthesis via flame pyrolysis technique. Stable aqueous suspensions with high solid loading and low viscosity can be prepared from coated powders with a core/shell structure of MgO.nAl2O3 (0.65<n<4.10)/Al2O3. Such suspensions might not only ensure production of high quality granules, but also enable production of green bodies with high density and homogeneity through wet forming methods. Accordingly, precise microstructural control can be ensured during sintering. Al2O3 shell re-dissolves within the core during sintering at variable temperatures depending on the core stoichiometry (n value). The final stoichiometry might be altered by controlling the “n” value of the core, the shell thickness and particle size distribution.