CN110407639A - A kind of nanoparticle water and the preparation method and application thereof - Google Patents
A kind of nanoparticle water and the preparation method and application thereof Download PDFInfo
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- CN110407639A CN110407639A CN201910860062.2A CN201910860062A CN110407639A CN 110407639 A CN110407639 A CN 110407639A CN 201910860062 A CN201910860062 A CN 201910860062A CN 110407639 A CN110407639 A CN 110407639A
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- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05C—NITROGENOUS FERTILISERS
- C05C11/00—Other nitrogenous fertilisers
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25B—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES FOR THE PRODUCTION OF COMPOUNDS OR NON-METALS; APPARATUS THEREFOR
- C25B1/00—Electrolytic production of inorganic compounds or non-metals
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25B—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES FOR THE PRODUCTION OF COMPOUNDS OR NON-METALS; APPARATUS THEREFOR
- C25B11/00—Electrodes; Manufacture thereof not otherwise provided for
- C25B11/04—Electrodes; Manufacture thereof not otherwise provided for characterised by the material
- C25B11/051—Electrodes formed of electrocatalysts on a substrate or carrier
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25B—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES FOR THE PRODUCTION OF COMPOUNDS OR NON-METALS; APPARATUS THEREFOR
- C25B3/00—Electrolytic production of organic compounds
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Abstract
The present invention relates to a kind of nanoparticle water and the preparation method and application thereof, wherein nanoparticle water base fluid is made comprising steps of be blended in aqueous solvent and carry out oscillation treatment for carbon dioxide nano particle, Zinc oxide nanoparticle, copper oxide nanometer particle, methyl nano particle and amino acid in the preparation method；Processing is diluted to the nanoparticle base fluid, the nanoparticle water is made.Nanoparticle water prepared by the present invention can promote crops from itself ambient enviroment, air, significantly necessary nutrient needed for the plant growths such as absorbing carbon dioxide in soil, the nanometer water has better permeability, conducive to absorption, simultaneously the more vigorous strong of crop growth can be helped with the growth vigor of deep activation crops；The nanoparticle water will not expend soil fertility, help clean up the chemical residual in soil, can substantially reduce chemical fertilizer, the use of pesticide to human and environment close friend.
Description
Technical field
The present invention relates to breed of crop fields more particularly to a kind of nanoparticle water and the preparation method and application thereof.
Background technique
With the development of the size of population, the demand of China's grain yield is increasingly increased, agricultural volume increase is to national food
The importance of safety increasingly improves.The prior art realizes agriculture volume increase by the way of the plantation of a wide range of machine science, however
While increasing production using new machines such as novel plant protection machines, the use of chemical fertilizer large area is also increased；Traditional mode of production grain is made
When object uses chemical fertilizer, fertilizer residue problem is more prominent, has certain toxic side effect, water consumption is big, leads to soil product impoverishment
Equal shortcomings, also to terminal consumer, in consumption, there are risks, can generate during the manufacturing a large amount of toxic useless
Material and sewage, after many years are using all kinds of chemical fertilizer, increases in grain production are very limited, and the mode promoted production with chemical fertilizer has in China
Under the cultivated area of limit, so that being produced according to quantity by matter more difficult.
Therefore, the existing technology needs to be improved and developed.
Summary of the invention
In view of above-mentioned deficiencies of the prior art, the purpose of the present invention is to provide a kind of nanoparticle water and preparation method thereof
With application, it is intended to solve to be also easy to produce large amount of sewage and toxic waste, and agriculture when the prior art cultivates crops using a large amount of chemical fertilizer
The limited problem of crop yield.
Used technical solution is as follows to solve above-mentioned technical problem by the present invention:
A kind of preparation method of nanoparticle water, wherein comprising steps of
By carbon dioxide nano particle, Zinc oxide nanoparticle, copper oxide nanometer particle, methyl nano particle and amino
Acid is blended in aqueous solvent and carries out oscillation treatment, and nanoparticle water base fluid is made；
Processing is diluted to the nanoparticle base fluid, the nanoparticle water is made.
The preparation method of the nanoparticle water, wherein the nanoparticle water base fluid includes 25-35 parts by weight
Carbon dioxide nano particle, 8-12 parts of Zinc oxide nanoparticle, 0.05-0.5 parts of copper oxide nanometer particle, 25-35 parts
Methyl nano particle, 1-5 parts of amino acid and 15-25 parts of aqueous solvent.
The preparation method of the nanoparticle water, wherein the preparation of the carbon dioxide nano particle comprising steps of
A kind of copper coil is provided；
The copper coil is carried out to spray roasting processing, in the copper coil Surface Creation nano coating, nano coating film is made
Copper coil；
One end of the nano coating film copper coil and zine plate is electrically connected, the nano coating film copper coil and zine plate
The other end is inserted into electrolyte, and air is passed through into electrolyte, reacts and carbon dioxide nano particle and amino acid is made.
The preparation method of the nanoparticle water, wherein the preparation of the copper oxide nanometer particle comprising steps of
A kind of copper coil is provided；
The copper coil is carried out to spray roasting processing, in the copper coil Surface Creation nano coating, nano coating film is made
Copper coil；
One end of the nano coating film copper coil and copper sheet is electrically connected, the nano coating film copper coil and copper sheet
The other end is inserted into electrolyte, and air is passed through into electrolyte, reacts and copper oxide nanometer particle and amino acid is made.
The preparation method of the nanoparticle water, wherein the preparation of the methyl nano particle comprising steps of
A kind of copper coil is provided；
The copper coil is carried out to spray roasting processing, in the copper coil Surface Creation nano coating, nano coating film is made
Copper coil；
One end of the nano coating film copper coil and galvanized iron sheet is electrically connected, the nano coating film copper coil and plating
The other end of zinc-iron plate is inserted into electrolyte, and air is passed through into electrolyte, reacts and methyl nano particle and ammonia is made
Base acid.
The preparation method of the nanoparticle water, wherein the preparation of the Zinc oxide nanoparticle comprising steps of
A kind of zinc wire circle is provided；
The zinc wire circle is carried out spraying roasting processing, in the zinc wire circle Surface Creation nano coating, nano coating film is made
Zinc wire circle；
One end of the nano coating film zinc wire circle and zine plate is electrically connected, the nano coating film zinc wire circle and zine plate
The other end is inserted into electrolyte, and air is passed through into electrolyte, reacts and Zinc oxide nanoparticle and amino acid is made.
The preparation method of the nanoparticle water, wherein the copper coil include positioned at internal layer internal layer copper coil and
Positioned at the outer layer copper coil of outer layer, the head and the tail both ends of the internal layer copper coil and the ending both ends of the outer layer copper coil are wrapped in
Together.
The preparation method of the nanoparticle water, wherein it is described that the copper coil is carried out to spray roasting processing, in the copper wire
Enclose Surface Creation nano coating, be made nano coating film copper coil the step of include:
The roasting processing of spray clockwise is carried out to internal layer copper coil using 30-800 DEG C of temperature, the inverse time is carried out to outer layer copper coil
Needle spray is roasting, roasting as a fundamental unit using counterclockwise-spray clockwise；
To the roasting processing of spray that the copper coil carries out at least two fundamental unit, in the internal layer copper coil and outer layer copper wire
Circle surface generates nano coating, and the nano coating film copper coil is made.
A kind of nanoparticle water, wherein be made using preparation method of the present invention.
A kind of application of nanoparticle water, wherein nanoparticle water made from preparation method of the present invention is used for agriculture plant
Object is cultivated.
The utility model has the advantages that compared with the chemical fertilizer and pesticide for being used for crops on the market at present, nanoparticle provided by the invention
Any heavy metal chemical contamination will not be generated in aquatic production manufacturing process, and nanoparticle water prepared by the present invention is to farming
Object germination, each stage such as growth course all have greatly facilitation, and crops can be helped from itself ambient enviroment, empty
Gas, significantly necessary nutrient needed for the plant growths such as absorbing carbon dioxide, the nanometer water have preferably infiltration in soil
Property, it is conducive to absorb, while can help the more vigorous strong of crop growth with the growth vigor of deep activation plant,
There is resistivity to germ；The nanoparticle water will not expend soil fertility, help clean up soil to human and environment close friend
In chemical residual, chemical fertilizer, the use of pesticide can be substantially reduced.
Detailed description of the invention
Fig. 1 is the preparation method flow chart of nanoparticle water provided in an embodiment of the present invention.
Fig. 2 is the structural schematic diagram of copper coil of the present invention.
Fig. 3 is the tile arrangement schematic diagram of internal layer copper coil of the present invention.
Fig. 4 is the apparatus structure schematic diagram that the present invention prepares carbon dioxide nano particle.
Fig. 5 is the present invention while the dress for preparing carbon dioxide nano particle, methyl nano particle and copper oxide nanometer particle
Set structural schematic diagram.
Specific embodiment
To make the objectives, technical solutions, and advantages of the present invention clearer and more explicit, right as follows in conjunction with drawings and embodiments
The present invention is further described.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and do not have to
It is of the invention in limiting.
Referring to Fig. 1, Fig. 1 is a kind of preparation method preferred embodiment flow chart of nanoparticle water provided by the invention,
As shown, comprising:
S100, by carbon dioxide nano particle, Zinc oxide nanoparticle, copper oxide nanometer particle, methyl nano particle with
And amino acid is blended in aqueous solvent and carries out oscillation treatment, and nanoparticle water base fluid is made；
S200, processing is diluted to the nanoparticle base fluid, the nanoparticle water is made.
In the present embodiment, the carbon dioxide nano particle, Zinc oxide nanoparticle, copper oxide nanometer particle, methyl
Nano particle and amino acid in aqueous solvent after oscillation treatment respectively in the form of ions in aqueous solvent, in water
Oxygen element itself be magnetic material, and contain in nanoparticle water carbon dioxide nanoparticle, zinc-oxide nano ion, oxygen
Change copper nanoparticle, methyl nanoparticle and amino acid ion and all has magnetism.The nanoparticle water is used for crops
When cultivation, the nanoparticle water can the seed or leaf surface of crops formed magnetic field, thus promote crops from itself
Significantly necessary nutrient needed for the plant growths such as absorbing carbon dioxide in ambient enviroment, air or soil, and the nanometer from
Sub- water has better permeability, is conducive to absorb, while crops can be helped raw with the growth vigor of deep activation plant
Long is more vigorous strong, has resistivity to germ, to promote crop yield；The nanoparticle water is to human and environment
Close friend will not expend soil fertility, help clean up the chemical residual in soil, can substantially reduce chemical fertilizer, the use of pesticide.
In some embodiments, by weight by 25-35 parts of carbon dioxide nano particle, 8-12 parts of zinc oxide
Nano particle, 0.05-0.5 parts of copper oxide nanometer particle, 25-35 parts of methyl nano particle, 1-5 parts of amino acid are blended in
In 15-25 parts of aqueous solvent, stirring oscillation 5-10min, carrying out oscillation again every other day makes solution ultimately become light orange or orange
Layering solution, obtain nanoparticle water base fluid；After obtaining nanoparticle water base fluid, distilled water is added according to the ratio of 1:10,
3-5 times until wash off salinity contained in nanoparticle water base fluid repeatedly, and it is water base to retain the nanoparticle containing nano particle
Liquid, the nanoparticle water base fluid can be used for the seed soaking of crops after 10-25 times of dilution, multiple stages such as irrigation, effectively
Promote crop yield.
In some specific embodiments, the nanoparticle water base fluid includes 30 parts of carbon dioxide by weight
Nano particle, 9.9 parts of Zinc oxide nanoparticle, 0.1 part of copper oxide nanometer particle, 30 parts of methyl nano particle, 2 parts
Amino acid and 20 parts of aqueous solvent.The magnetism for the nanoparticle water being prepared in the proportional region preferably, more has
Conducive to crops from significantly necessity needed for the plant growths such as absorbing carbon dioxide is supported in itself ambient enviroment, air or soil
Point, while can help the more vigorous strong of crop growth with the growth vigor of deep activation plant, have resistance energy to germ
Power, to promote crop yield.
In some embodiments, the carbon dioxide nano particle preparation comprising steps of
A kind of copper coil is provided；
The copper coil is carried out to spray roasting processing, in the copper coil Surface Creation nano coating, nano coating film is made
Copper coil；
One end of the nano coating film copper coil and zine plate is electrically connected, the nano coating film copper coil and zine plate
The other end is inserted into electrolyte, and air is passed through into electrolyte, reacts and carbon dioxide nano particle and amino acid is made.
In the present embodiment, as shown in Fig. 2, the copper coil includes positioned at the internal layer copper coil 10 of internal layer and positioned at outer
The outer layer copper coil 20 of layer, the head and the tail both ends of the internal layer copper coil 10 and the ending both ends of the outer layer copper coil 20 are wrapped in
Together.Specifically, 99% or more purity is used first, and 1 millimeter of rugosity or more of copper wire carries out coiling, is surrounded by internal diameter 1-2
Centimeter length has the internal layer copper coil of certain elasticity, as shown in figure 3, the beginning and end of the internal layer copper coil reserves a fixed length
The line of degree, number of wire turns will closely be got together, and entire coil tiles 10-30 centimetres of length；Then by the head and the tail of internal layer copper coil
Suspension type winding is carried out with the head and the tail of outer layer copper coil, forms coil structure double-deck inside and outside one, as shown in Fig. 2, described outer
The coil turn of layer copper coil is greater than internal layer copper coil coil turn 2 times or more, and by the internal layer copper coil made and outside
Layer copper coil all with NaOH solution immersion 10 minutes or more, by copper coil impurity and grease clean out.
In the present embodiment, it carries out spray comprehensively to copper coil using the columns of flame type fire source such as propane, butane or gas to bake, temperature
Degree control requires the duration and degree of heating uniformly slow between 300-800 degree during spray is roasting, roasting to the spray of concentrated area when burning
Time stops at least more than half a minute, color must gradually transition, can not fire-cure for a long time emphatically it is fixed a bit.Specifically,
First since internal layer copper coil, spray is carried out to entire internal layer copper coil in a clockwise direction and is baked, gradually by entire internal layer copper wire
Circle is heated to showing completely black state, to it is pitch-black it is shinny be it is best, then move again to next region and spray and bake, finally move
According to the method for baking internal layer copper coil, back spray is roasting counterclockwise on to outer layer copper coil, so with counterclockwise-clockwise repeatedly
For a fundamental unit, each fundamental unit spray is 5-7 minutes roasting, stops 6-8 hours after being baked a base unit, then spray repeatedly
It is roasting, it is repeatedly more than 2 units best, roasting gap is sprayed again places copper coil under sunlight or white light lamp source sufficiently according to solarization 1-
2 times, time 10-30 minute is differed.During spray is roasting repeatedly, the copper coil surface atom is due to absorbing big calorimetric
Amount, in certain temperature, the time produces surface layer loosening under pressure, layering occurs in the inside of copper coil, pass through this side
Nano coating film copper coil is made in the formula nanoscale energy coating that made copper coil surface intensive.The nano coating film copper wire
Circle the surface that more energy reside in copper coil is absorbed from fire source and ambient enviroment, in the energy coated film of formation by
Presence in gap can produce a large amount of energy flow.
In the present embodiment, as shown in figure 4, by the nano coating film copper coil 11 as cathode, zine plate 12 as just
One end of the nano coating film copper coil and zine plate is electrically connected by pole, the nano coating film copper coil and zine plate it is another
End is inserted into electrolyte 13, and using transparent plastic or transparent vessel as reaction utensil 14, positive and negative anodes are apart from plastic containers
Wall portion and bottom certain distance.During the reaction, it is passed through air into electrolyte, is reacting 1-3 hour, in electrolyte
It will appear the CO2 nano-scale particle 15 of white with container bottom；After 48 hours, the surface layer of electrolyte will appear one layer of white or saturating
Bright oil film shape or sheet oily substance are amino acid 16, collect after full layer, can still continue in electrolyte at once after collection
CO2 nano particle is constantly generated, the accumulative carbon dioxide particle generated in bottom is collected.After reacting a period of time, solution subtracts
It is few, add the salt water of concentration 1-3%.After reacting a period of time, solution is reduced, and adds the salt water of concentration 1-3%, can continue to produce
Raw nano particle.The salt water is one of sodium chloride solution, magnesium chloride solution or the sea salt solution of 3%-25%.This implementation
Example is middle in the electrolytic solution to generate carbon dioxide nanometer using magnetic field energy gradient difference possessed by the nano coating film copper coil
Particle and amino acid.
In some embodiments, the preparation of the copper oxide nanometer particle is comprising steps of provide a kind of copper coil；To institute
It states copper coil to carry out spraying roasting processing, in the copper coil Surface Creation nano coating, nano coating film copper coil is made；It will be described
The other end of the electrical connection of one end of nano coating film copper coil and copper sheet, the nano coating film copper coil and copper sheet is inserted into
In electrolyte, and it is passed through air into electrolyte, reacts and copper oxide nanometer particle and amino acid is made.
In the present embodiment, cathode nano coating film copper coil and positive high-purity copper sheet are connected, while being placed in electricity
It solves in liquid, using transparent plastic or transparent vessel (material is PET or PP) as reaction utensil, positive and negative anodes are apart from plastic containers
Wall portion and bottom certain distance.The copper sheet of the nano coating film copper coil and high-purity is put into electrolyte, is being reacted
In the process, to being passed through air in the top of container and container, after react 140 hours, understand in the electrolytic solution with box bottom
Portion builds up the nanoparticle activated material for generating copper oxide (CUO)；After 15 days, electrolyte surface can generate it is white green or
Clean oil is membranaceous or plate sheet shape substance is collected, after collection in electrolyte still at once for amino acid (CONH) after full layer
Copper oxide nanometer particle can be constantly generated, the accumulative copper oxide particle generated in bottom is collected；After reacting a period of time,
Solution is reduced, and adds the salt water of concentration 1-3%, can continue to generate copper oxide nanometer particle.
In some embodiments, the preparation of the methyl nano particle is comprising steps of provide a kind of copper coil；To described
Copper coil carries out spraying roasting processing, and in the copper coil Surface Creation nano coating, nano coating film copper coil is made；It is received described
The electrical connection of one end of rice coated film copper coil and galvanized iron sheet, the other end of the nano coating film copper coil and galvanized iron sheet are equal
It is inserted into electrolyte, and is passed through air into electrolyte, react and methyl nano particle and amino acid is made.
In the present embodiment, the galvanized iron sheet or zinc-plated iron net of cathode nano coating film copper coil and anode are put into electrolysis
It is during the reaction, logical in the middle to the top of container and container using transparent plastic or transparent vessel as reaction utensil in liquid
Enter air, after reacting 48 hours, will appear the nano-scale particle of methyl (CH3), after a certain time, electrolyte in electrolyte
Surface layer there is one layer of Chinese red or clean oil is membranaceous or the oily substance of sheet, be amino acid (CONH), after full layer at once
It collects；Methyl (CH3) nano particle still can be constantly generated after collection in electrolyte, the accumulative methyl generated in bottom is received
Rice grain is collected；After reacting a period of time, solution is reduced, and adds the salt water of concentration 1-3%, can continue to generate methyl nanometer
Grain.
In some embodiments, the preparation of the Zinc oxide nanoparticle is comprising steps of provide a kind of zinc wire circle；To institute
It states zinc wire circle to carry out spraying roasting processing, in the zinc wire circle Surface Creation nano coating, nano coating film zinc wire circle is made；It will be described
The other end of the electrical connection of one end of nano coating film zinc wire circle and zine plate, the nano coating film zinc wire circle and zine plate is inserted into
In electrolyte, and it is passed through air into electrolyte, reacts and Zinc oxide nanoparticle and amino acid is made.
In the present embodiment, it is applied first, in accordance with preparing the identical method of nano coating film copper coil and prepare corresponding nanometer
Then the nanometer is applied the nano coating film zinc wire circle as cathode, zine plate or zinc net as anode by tunic zinc wire circle
The other end of the electrical connection of one end of tunic zinc wire circle and zine plate, the nano coating film zinc wire circle and zine plate is inserted into electrolyte
In, using transparent plastic or transparent vessel as reaction utensil, during the reaction, it is passed through in the middle to the top of container and container
Air, after reacting 72 hours, in container and bottom will appear the nano-scale particle of zinc oxide (ZNO), after a certain time, electricity
The surface layer for solving liquid one layer of white occurs or clean oil is membranaceous or the oily substance of sheet, is amino acid (CONH), after full layer i.e.
It carves and collects；Zinc oxide (ZNO) nano particle still can be constantly generated after collection in electrolyte, by the accumulative oxygen generated in bottom
Change zinc nanoparticles to collect；After reacting a period of time, solution is reduced, and adds the salt water of concentration 1-3%, can continue to generate oxidation
Zinc nanoparticles.
In some embodiments, it also provides a kind of while preparing copper oxide nanometer particle, methyl nano particle, titanium dioxide
The device and method of carbon nano-particle and amino acid.The Nanometer Copper with a thickness of 1mm or more is first carried out first to spray to bake to handle and is made
Nanometer film conducting wire, then according to sequence shown in fig. 5, with nano coating film copper coil 01+ high-purity thickness no more than 0.5mm's
Copper sheet 02 or small fine crack copper mesh are as one group；It is no more than the iron plate 03 of 0.5mm with nano coating film copper coil 01+ high-purity thickness
Or small fine crack iron net is as one group；It is no more than the zinc metal sheet 04 or small fine crack zinc of 0.5mm with nano coating film copper coil 01+ high village's degree
Net is as one group；Every group of sheet metal and nano coating film copper coil are placed through sodium chloride NACL or magnesium chloride MGCL configuration
Solution perhaps configured solution is put into plastic containers or glass in sea salt solution or seawater, then will bake
05, nanometer film conducting wire connection every group in nano coating film copper coil 01, successively segmentation connect, the nanometer film conducting wire
Reaction salt water can not be touched, then using the unfired copper wire 06 of high-purity by the copper sheet or/copper mesh in every group, iron plate or/
Iron net, zine plate or/zinc net are equally connected in turn, and can not touch reaction salt water, can be after according to the above permanent order
It is continuous to add other more multiple groups reaction vessels, as shown in Figure 5.The present embodiment utilizes magnetic possessed by the nano coating film copper coil
Field energy gradient difference can generate different nano particle and amino acid, nanometer described in the present embodiment in different electrolyte
Coated film copper coil+copper sheet group produces copper oxide nanometer particle 07 and corresponding amino acid, the nano coating film copper coil+iron
Piece group produces methyl nano particle 08 and corresponding amino acid, the nano coating film copper coil+zinc metal sheet group produce titanium dioxide
Carbon nano-particle 09 and corresponding amino acid can generate three kinds of nano particles and orresponding amino acid simultaneously through this embodiment.One
In a little embodiments, 1.2 to 0.8 volt can be also controlled by external direct current power supply form, voltage, current control is in 30 to 100 millis
Between peace, wherein metal plate one terminates cathode, and nano coating film copper coil one terminates anode, greatly improving production efficiency
Meanwhile the also controllable nanoparticle mass produced.
In some embodiments, a kind of nanoparticle water is also provided, is made using preparation method of the present invention.
In some embodiments, a kind of application of nanoparticle water is also provided, will be received made from preparation method of the present invention
Rice ionized water is cultivated for agricultural plant.Compared to the pesticide of chemical fertilizer and plant crop at present on the market, in the present embodiment
Nanoparticle water will not generate any heavy metal chemical contamination during manufacturing, and generated is with physics aqua
The final crop of form has plant germination in the seed of crops, the nanoparticle water of this formula production in growth course
Greatly promote, in vegetable seeds, blade face generates magnetic；Oxygen element in water itself is also magnetic material, receiving after concussion
The carbon dioxide nanoparticle contained in rice ionized water, methyl nanoparticle and amino acid all have magnetism, after concussion
Internal arrangement is more regular, and the concussion of hydrone produces more frequency spectrum magnetic field links each other between each other, greatly helps
Help crops from itself ambient enviroment, air, significantly necessity needed for the plant growths such as absorbing carbon dioxide in soil
Nutrient has better permeability by the nanometer water after concussion, and macromolecular gradually becomes small molecule, is conducive to absorb, while can
With the growth vigor of deep activation plant, the more vigorous strong of plant growth can be helped, has resistivity to germ, helps
In the period of storage for extending crops, pollution will not leave behind, to human and environment close friend, will not expend soil fertility, facilitate clear
Manage the chemical residual in soil；Chemical fertilizer, the use of pesticide can be substantially reduced.
The nanoparticle water can be also used for cleaning soil, the pollution in water, and the nanoparticle water produced equally may be used
To be sprayed by atomizing type, if related powder can also be produced after nano material is dried, added by secondary
Enter water carry out concussion dilution be equally made to nanoparticle water.And the process in production nano material can also absorb air
In carbon dioxide can greatly reduce greenhouse gases if can manufacture on a large scale, be conducive to natural environment.Using receiving
Rice copper particle is the nanoparticle water of main component preparation to microbial disinfection, and virus sterilization is also effective；The nanoparticle
Water can be used for raising industry, the large-scale virus of prevention and treatment, pestilence infringement.
In conclusion it is dirty to generate any heavy metal chemistry in the aquatic production manufacturing process of nanoparticle provided by the invention
Dye, and nanoparticle water prepared by the present invention germinates to crops, and each stage such as growth course, which all has, greatly to be promoted
Into effect, crops can be helped from itself ambient enviroment, air, in soil significantly needed for the plant growths such as absorbing carbon dioxide
Necessary nutrient, the nanometer water has better permeability, is conducive to absorb, while can be living with the growth of deep activation plant
Power can help the more vigorous strong of crop growth, have resistivity to germ；The nanoparticle water is to human and environment
Close friend will not expend soil fertility, help clean up the chemical residual in soil, can substantially reduce chemical fertilizer, the use of pesticide.
It should be understood that the application of the present invention is not limited to the above for those of ordinary skills can
With improvement or transformation based on the above description, all these modifications and variations all should belong to the guarantor of appended claims of the present invention
Protect range.
Claims (10)
1. a kind of preparation method of nanoparticle water, which is characterized in that comprising steps of
By carbon dioxide nano particle, Zinc oxide nanoparticle, copper oxide nanometer particle, methyl nano particle and amino acid-mixed
Oscillation treatment is closed in aqueous solvent and carried out, nanoparticle water base fluid is made；
Processing is diluted to the nanoparticle base fluid, the nanoparticle water is made.
2. the preparation method of nanoparticle water according to claim 1, which is characterized in that the nanoparticle water base fluid is by weight
Measuring part meter includes 25-35 parts of carbon dioxide nano particle, 8-12 parts of Zinc oxide nanoparticle, 0.05-0.5 parts of copper oxide
Nano particle, 25-35 parts of methyl nano particle, 1-5 parts of amino acid and 15-25 parts of aqueous solvent.
3. the preparation method of nanoparticle water according to claim 1, which is characterized in that the carbon dioxide nano particle
Preparation comprising steps of
A kind of copper coil is provided；
The copper coil is carried out to spray roasting processing, in the copper coil Surface Creation nano coating, nano coating film copper wire is made
Circle；
One end of the nano coating film copper coil and zine plate is electrically connected, the nano coating film copper coil and zine plate it is another
End is inserted into electrolyte, and air is passed through into electrolyte, reacts and carbon dioxide nano particle and amino acid is made.
4. the preparation method of nanoparticle water according to claim 1, which is characterized in that the system of the copper oxide nanometer particle
It is standby comprising steps of
A kind of copper coil is provided；
The copper coil is carried out to spray roasting processing, in the copper coil Surface Creation nano coating, nano coating film copper wire is made
Circle；
One end of the nano coating film copper coil and copper sheet is electrically connected, the nano coating film copper coil and copper sheet it is another
End is inserted into electrolyte, and air is passed through into electrolyte, reacts and copper oxide nanometer particle and amino acid is made.
5. the preparation method of nanoparticle water according to claim 1, which is characterized in that the preparation of the methyl nano particle
Comprising steps of
A kind of copper coil is provided；
The copper coil is carried out to spray roasting processing, in the copper coil Surface Creation nano coating, nano coating film copper wire is made
Circle；
One end of the nano coating film copper coil and galvanized iron sheet is electrically connected, the nano coating film copper coil and galvanized iron
The other end of plate is inserted into electrolyte, and air is passed through into electrolyte, reacts and methyl nano particle and amino acid is made.
6. the preparation method of nanoparticle water according to claim 1, which is characterized in that the system of the Zinc oxide nanoparticle
It is standby comprising steps of
A kind of zinc wire circle is provided；
The zinc wire circle is carried out spraying roasting processing, in the zinc wire circle Surface Creation nano coating, nano coating film zinc wire is made
Circle；
One end of the nano coating film zinc wire circle and zine plate is electrically connected, the nano coating film zinc wire circle and zine plate it is another
End is inserted into electrolyte, and air is passed through into electrolyte, reacts and Zinc oxide nanoparticle and amino acid is made.
7. according to the preparation method of any nanoparticle water of claim 3-5, which is characterized in that the copper coil includes position
Internal layer copper coil in internal layer and the outer layer copper coil positioned at outer layer, the head and the tail both ends of the internal layer copper coil and the outer layer
The ending both ends of copper coil are intertwined.
8. the preparation method of nanoparticle water according to claim 7, which is characterized in that described to be sprayed to the copper coil
It is roasting to handle, include: in the step of copper coil Surface Creation nano coating, obtained nano coating film copper coil
The roasting processing of spray clockwise is carried out to internal layer copper coil using 30-800 DEG C of temperature, outer layer copper coil is sprayed counterclockwise
It is roasting, it is roasting as a fundamental unit using counterclockwise-spray clockwise；
To the roasting processing of spray that the copper coil carries out at least two fundamental unit, in the internal layer copper coil and outer layer copper coil table
Face generates nano coating, and the nano coating film copper coil is made.
9. a kind of nanoparticle water, which is characterized in that be made using any one preparation method of claim 1-8.
10. a kind of application of nanoparticle water, which is characterized in that will be received made from any one preparation method of claim 1-8
Rice ionized water is cultivated for agricultural plant.
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