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Method for preparing sucrose molecule coupled nano simple substance tellurium hydrosol

A nano-element and hydrosol technology, applied in the direction of elements such as selenium/tellurium, can solve the problems of harsh reaction conditions, high raw material costs, and long reaction time, and achieve the effects of low reaction temperature, extended application range, and short time

Inactive Publication Date: 2009-04-29
JINAN UNIVERSITY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] The existing synthesis methods of nano-element tellurium all have one or more of the following disadvantages: harsh reaction conditions, complicated steps, long reaction time, high cost of raw materials, or the use of toxic chemical substances as reducing agents and surfactants and stabilizers

Method used

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  • Method for preparing sucrose molecule coupled nano simple substance tellurium hydrosol
  • Method for preparing sucrose molecule coupled nano simple substance tellurium hydrosol
  • Method for preparing sucrose molecule coupled nano simple substance tellurium hydrosol

Examples

Experimental program
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Effect test

Embodiment 1

[0025] Under normal temperature and pressure, take five 50ml constant volume bottles, fill them with 30ml double distilled water, then add 17.11g sucrose, and then add 10ml double distilled water. After the sucrose is completely dissolved, add 0.05mol L -1 0.25, 0.50, 1.00, 2.00, 4.00ml of sodium tellurite solution, shake well, and finally set the volume to 50ml, transfer the solution to a 150ml triangular flask, seal the bottle mouth with tin foil, and put it into a portable pressure Steam sterilizer (model: YXQ.SGD46.280C). According to the high pressure steam sterilization operation, the conditions are: the reaction temperature is 121 ° C, the pressure is 103 KPa, and the time lasts for 15 minutes, that is, the concentration of sucrose is 1.00 mol L -1 , the concentrations of tellurium were 0.25, 0.50, 1.00, 2.00, 4.00mmol L -1 The sucrose molecule coupled nanometer elemental tellurium hydrosol product was used to measure the nanometer elemental tellurium particle size with...

Embodiment 2

[0029] Under normal temperature and pressure, take a 50ml constant volume bottle, fill it with 30ml double distilled water, then add 8.56g sucrose, then add 10ml double distilled water, after the sucrose is completely dissolved, add the concentration to 0.05mol L -1 Shake 1.00ml of sodium tellurite solution, and finally set the volume to 50ml, transfer the solution to a 150ml triangular flask, seal the bottle mouth with tin foil, and put it into a portable pressure steam sterilizer (model: YXQ .SGD46.280C), according to the high-pressure steam sterilization operation, the conditions are: the reaction temperature is 121°C, the pressure is 103KPa, and the time lasts for 15min, that is, the sucrose concentration is 0.50mol L -1 , the concentration of tellurium is 1.00mmol L -1 The sucrose molecular coupling nanometer elemental tellurium hydrosol product, the topography of the sucrose molecular coupling nanometer elemental tellurium characterized by TECNAI-10 transmission electron...

Embodiment 3

[0031]Under normal temperature and pressure, take a 50ml constant volume bottle, fill it with 30ml double distilled water, then add 11.98g sucrose, then add 10ml double distilled water, after the sucrose is completely dissolved, add the concentration to 0.05mol L -1 Shake 1.00ml of sodium tellurite solution, and finally set the volume to 50ml, transfer the solution to a 150ml triangular flask, seal the bottle mouth with tin foil, and put it into a portable pressure steam sterilizer (model: YXQ .SGD46.280C), according to the high-pressure steam sterilization operation, the conditions are: the reaction temperature is 115°C, the pressure is 70KPa, and the time lasts for 20min, that is, the sucrose concentration is 0.70mol L -1 , the concentration of tellurium is 1.00mmol L -1 Sucrose Molecular Coupling Nanoscale Elemental Tellurium Hydrosol Products.

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Abstract

The invention provides a preparation method of a nanometer single substance tellurium hydrosol coupled with sucrose molecules, which has the following steps: homogeneous water solution is formed by mixing the sucrose and tellurite, and the hydrosol consisting of the sucrose molecules and the nanometer single substance tellurium can be obtained after the reaction of the water solution under the condition of hydro-thermal reactions or high pressure steam sterilization. The products prepared by the invention only contain the sucrose and the nanometer single substance tellurium without any additives, and the products are preserved by the hydrosol form, thus expanding the application range of the nanometer single substance tellurium; the invention is simple and easy in application, low in reaction temperature and short in time and can be synthesized by one step; and no template agent needs to be added in the preparation process, thus eliminating adverse effects of the template agent possibly caused in real applications. The invention has the advantages of low production cost and the like, and not only is convenient for small batches of experiments in labs, but also is beneficial to scaled industrialized productions; and one of the preparation processes provided by the invention is the high pressure steam sterilization which can solve the problem of microorganism pollution and is beneficial to the storage and application of products.

Description

technical field [0001] The invention relates to a preparation method of nano element tellurium hydrosol coupled with sucrose molecules, and belongs to the technical field of nano material preparation. Background technique [0002] Tellurium is generally considered to be a toxic element that is toxic to most organisms, but recent studies have shown that certain organotellurium compounds have anti-lipid peroxidation, anti-tumor activities, etc. Since tellurium is in the same family as selenium and has similar properties, some people speculate that tellurium and selenium may have similar or similar biological functions in living organisms. [0003] In recent years, the biological activity of red nano-selenium and its application in the field of life sciences have become an international research hotspot, and the related research on nano-tellurium has also begun to attract attention. The preparation method of nano-selenium or nano-tellurium usually adopts a reduction method to ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C01B19/02
Inventor 郑文杰吴华莲杨芳刘杰
Owner JINAN UNIVERSITY
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