The authors have shown that the process of information and thinking can be modeled on the basis of chemical thermodynamics. The authors offer general equations to calculate the thinking of the work of judgment the L a...The authors have shown that the process of information and thinking can be modeled on the basis of chemical thermodynamics. The authors offer general equations to calculate the thinking of the work of judgment the L and of entropy solutions G in the presence of a magnetic field. As a result, studies have shown that the magnetic effects strongly influence the thermodynamics of the process of thinking.展开更多
Interaction of dioxouranitm （VI） UO2^2＋ ion with Adenosine-5＇-triphosphate, Guanosine-5＇-triphosphate and 3ytidine-5＇-triphosphate were obtained a complexs of Adenosine, Guanosine and Cytidine with uranium UO2^2...Interaction of dioxouranitm （VI） UO2^2＋ ion with Adenosine-5＇-triphosphate, Guanosine-5＇-triphosphate and 3ytidine-5＇-triphosphate were obtained a complexs of Adenosine, Guanosine and Cytidine with uranium UO2^2＋ ions and X-ray nethod to explore these complexes.展开更多
The authors have shown that the process data can be modeled on the basis of chemical thermodynamics. The authors offer general information of the equation in the presence of a magnetic field. As a result, studies have...The authors have shown that the process data can be modeled on the basis of chemical thermodynamics. The authors offer general information of the equation in the presence of a magnetic field. As a result, studies have shown that the magnetic effects strongly influence the thermodynamics of information.展开更多
The authors studied the interaction of dioxouranium （VI） UO2^2＋ and thorium Th^4＋ ions with ATP （5＇-adenosine 5＇-triphosphate） and obtained a complex of adenosine with uranium UO2^2＋ and thorium Th^4＋ ions a...The authors studied the interaction of dioxouranium （VI） UO2^2＋ and thorium Th^4＋ ions with ATP （5＇-adenosine 5＇-triphosphate） and obtained a complex of adenosine with uranium UO2^2＋ and thorium Th^4＋ ions and used X-ray method to explore these complexes.展开更多
Reaction dioxouraniun （VI） UO22＋ ion with human serum albumin was prepared： human albumin with uranium UO22＋ ion and the X-ray method of investigation of these complexes. The authors have shown that Human Albumin...Reaction dioxouraniun （VI） UO22＋ ion with human serum albumin was prepared： human albumin with uranium UO22＋ ion and the X-ray method of investigation of these complexes. The authors have shown that Human Albumin may be used to remove highly toxic uranyl UO22＋ ions.展开更多
文摘The authors have shown that the process of information and thinking can be modeled on the basis of chemical thermodynamics. The authors offer general equations to calculate the thinking of the work of judgment the L and of entropy solutions G in the presence of a magnetic field. As a result, studies have shown that the magnetic effects strongly influence the thermodynamics of the process of thinking.
文摘Interaction of dioxouranitm （VI） UO2^2＋ ion with Adenosine-5＇-triphosphate, Guanosine-5＇-triphosphate and 3ytidine-5＇-triphosphate were obtained a complexs of Adenosine, Guanosine and Cytidine with uranium UO2^2＋ ions and X-ray nethod to explore these complexes.
文摘The authors have shown that the process data can be modeled on the basis of chemical thermodynamics. The authors offer general information of the equation in the presence of a magnetic field. As a result, studies have shown that the magnetic effects strongly influence the thermodynamics of information.
文摘The authors studied the interaction of dioxouranium （VI） UO2^2＋ and thorium Th^4＋ ions with ATP （5＇-adenosine 5＇-triphosphate） and obtained a complex of adenosine with uranium UO2^2＋ and thorium Th^4＋ ions and used X-ray method to explore these complexes.
文摘Reaction dioxouraniun （VI） UO22＋ ion with human serum albumin was prepared： human albumin with uranium UO22＋ ion and the X-ray method of investigation of these complexes. The authors have shown that Human Albumin may be used to remove highly toxic uranyl UO22＋ ions.
