Embodiment
Below in conjunction with embodiment, the present invention is described in further details:
Embodiment 1
The present embodiment is that the lab scale of synergy chelating foliage fertilizer prepares embodiment, and concrete preparation process is:
The iminodisuccinic acid four sylvite fertilizer of chelated zinc of 0.5kg solids content 40% is placed in 1L round-bottomed flask, then in flask, add the poly aspartic acid ammonium salt solution that 125g solids content is 40%, stir, obtain the liquid synergy chelating foliage fertilizer 0.625kg that solids content is 40%.
In the present embodiment, the molecular weight of poly aspartic acid ammonium salt is 1500.
Embodiment 2
The present embodiment is that the lab scale of synergy chelating foliage fertilizer prepares embodiment, and concrete preparation process is:
The iminodisuccinic acid tetra-na salt chelating fertiliser containing magnesium of 1.0kg solids content 40% is placed in 2L round-bottomed flask, then in flask, add the poly aspartic acid potassium salt soln that 200g solids content is 40%, stir, obtain the liquid synergy chelating foliage fertilizer 1.2kg that solids content is 40%.
In the present embodiment, the molecular weight of poly aspartic acid sylvite is 2500.
Embodiment 3
The present embodiment is that the lab scale of synergy chelating foliage fertilizer prepares embodiment, and concrete preparation process is:
By the iminodisuccinic acid tetra-na salt fertilizer of chelated calcium of 950g moisture content 8% and the poly-aspartic potassium salt solid powder of 50g moisture content 8%, stir, after high velocity air is pulverized, cross 80 mesh sieves, obtain the solid synergy chelating foliage fertilizer 960g that moisture content is 8%.
In the present embodiment, the molecular weight of poly aspartic acid sylvite is 2000.
Embodiment 4
The present embodiment is that the lab scale of synergy chelating foliage fertilizer prepares embodiment, and concrete preparation process is:
The iminodisuccinic acid four sylvite chelating boron fertilizer of the iminodisuccinic acid tetra-na salt fertilizer of chelated calcium of 500g moisture content 6%, 500g moisture content 6%, the iminodisuccinic acid four sylvite chelating manganese fertilizer of 300g moisture content 6% are mixed with the poly (sodium aspartate) salt solid powder of 50g moisture content 6%, stir, repeatedly grind, after crossing 80 mesh sieves, through fluidized bed prilling, obtain the solid synergy chelating foliage fertilizer 1270g that moisture content is 6%.
In the present embodiment, the molecular weight of poly aspartic acid sodium salt is 2000.
Embodiment 5
The present embodiment is the Medium scale embodiment of synergy chelating foliage fertilizer, and concrete preparation process is:
The iminodisuccinic acid four sylvite chelating manganese fertilizer of the iminodisuccinic acid four sylvite chelating boron fertilizer of the iminodisuccinic acid tetra-na salt fertilizer of chelated calcium of 2.5kg moisture content 6%, 2.5kg moisture content 6%, 2.5kg moisture content 6%, the iminodisuccinic acid tetra-na salt chelating iron fertilizer of 2.5kg moisture content 6% are mixed with the poly aspartic acid ammonium salt solid powder of 500g moisture content 6% and stir, then after high velocity air is pulverized, 80 mesh sieves are crossed, again through cylinder granulation, obtain the solid synergy chelating foliage fertilizer 10.32kg that moisture content is 6%.
In the present embodiment, the molecular weight of poly aspartic acid ammonium salt is 1500.
Embodiment 6
The present embodiment is the comparative example of embodiment 5, and its product is common chelating foliage fertilizer.
The raw materials used kind of the present embodiment, consumption and preparation method are substantially the same manner as Example 5, and its difference is: do not add poly aspartic acid ammonium salt solid powder in the chelating foliage fertilizer of the present embodiment.
Embodiment 7
The present embodiment is the industry's enlarging production embodiment of synergy chelating foliage fertilizer, and concrete preparation process is:
It is the iminodisuccinic acid tetra-na salt fertilizer of chelated calcium of 40% by 250kg solids content, 250kg solids content is the iminodisuccinic acid four sylvite chelating boron fertilizer of 40%, 100kg solids content is the iminodisuccinic acid four sylvite chelating manganese fertilizer of 40%, 100kg solids content be 40% iminodisuccinic acid tetra-na salt chelating iron fertilizer be placed in reactor and mix, and stir, and then in reactor, drop into the poly aspartic acid sodium salt solid of 60kg moisture content 6%, after poly aspartic acid sodium salt solid dissolves completely, add 80kg tap water regulate solids content, obtain the liquid synergy chelating foliage fertilizer that solids content is 40%.
In the present embodiment, the molecular weight of poly aspartic acid sodium salt is 2000.
Embodiment 8
The present embodiment is the comparative example of embodiment 7, and its product is common chelating foliage fertilizer.
The raw materials used kind of the present embodiment, consumption and preparation method are substantially the same manner as Example 7, and its difference is: do not add poly (sodium aspartate) salt solid powder in the chelating foliage fertilizer of the present embodiment.
Embodiment 9
The present embodiment is the comparative example of embodiment 7, and its product is the chelating foliage fertilizer adding high molecular weight polyasparagic acid.
The raw materials used kind of the present embodiment, consumption and preparation method are substantially the same manner as Example 7, and its difference is: the molecular weight of the poly aspartic acid sodium salt solid of the chelating foliage fertilizer interpolation of the present embodiment is 8000.
Example 5 ~ embodiment 8 product carries out performance test.
(1) the surface tension test of fertilizer solution
Example 5 and the common chelating foliage fertilizer product prepared by synergy chelating foliage fertilizer, embodiment 6 and embodiment 8 prepared by embodiment 7 are converted to solid, then mass concentration 0.1 ‰, 1 ‰ and 1% is diluted to respectively with pure water, re-use the surface tension that surface tension instrument measures each fertilizer solution, and with the surface tension of pure water as comparing.Measure three times, then get the arithmetical av that three times are measured numerical value, list in table 1.
Testing surface tension instrument used is the full-automatic surface tension instrument of A101 standard type that Shanghai Solon company produces.
The surface tension test of table 1 fertilizer solution
Can be found out by data in table 1, the synergy chelating foliage fertilizer that embodiment 5 is obtained, after pure dilution 100 times, its surface tension comparatively pure water declines 42.88%, and comparatively embodiment 6 product declines 24.76%; After diluting 1000 times, its surface tension comparatively pure water decline 26.46%, comparatively embodiment 6 product declines 14.07%; After diluting 10000 times, its surface tension comparatively pure water decline 15.30%, comparatively embodiment 6 product declines 7.55%.
The synergy chelating foliage fertilizer that embodiment 7 is obtained, after pure dilution 100 times, its surface tension comparatively pure water declines 41.42%, and comparatively embodiment 8 product declines 20.94%; After diluting 1000 times, its surface tension comparatively pure water decline 25.73%, comparatively embodiment 8 product declines 9.76%; After diluting 10000 times, its surface tension comparatively pure water decline 14.57%, comparatively embodiment 8 product declines 2.70%.
As can be seen from the above data, the surface tension numerical value of product synergy chelating foliage fertilizer diluent of the present invention reduces clearly.Capillary reduction contributes to the contact angle reducing foliage fertilizer diluent and crop leaf; add the adhesive power of fertilizer diluent on blade; enhance the uptake rate of blade to nutritive element; the phenomenon that the foliage fertilizer diluent that reduction causes because protective layer (wax layer, stratum corneum etc.) exists easily runs off; thus improve the utilization ratio of fertilizer, reduce the detrimentally affect caused of weathers such as blowing.
(2) the moisture vaporator rate test of fertilizer solution
Example 5 and the common chelating foliage fertilizer product prepared by synergy chelating foliage fertilizer, embodiment 6 and embodiment 8 prepared by embodiment 7 are converted to solid, then be diluted to pure water the fertilizer solution that mass concentration is 0.1 ‰, 1 ‰ and 1% respectively, as solution to be measured, and adopt pure water as a comparison case.
Concrete testing method is:
Solution to be measured is encased in 500ml glass beaker, weigh solution to be measured and beaker quality and; Then the beaker filling solution to be measured is put into the constant incubator of 30 DEG C, often crosses 24h, take out beaker, weigh the quality of surplus solution and beaker and.After METHOD FOR CONTINUOUS DETERMINATION 3 times, calculate its moisture vaporator rate according to the following formula.
In formula:
M
0--original weighing value, g;
M
1--first time weighing value, g;
M
2--second time weighing value, g;
M
3--third time weighing value, g;
24--time constant, h.
Measure the moisture vaporator rate three times of fertilizer solution according to the method described above, then get the arithmetical av of three observed values, list in table 2.
The moisture vaporator rate test of table 2 fertilizer solution
Can be found out by data in table 2, the synergy chelating foliage fertilizer that embodiment 5 is obtained, after pure dilution 100 times, its moisture vaporator rate comparatively pure water declines 28.57%, and comparatively embodiment 6 product declines 14.29%; After diluting 1000 times, its moisture vaporator rate comparatively pure water decline 20.93%, comparatively embodiment 6 product declines 10.53%; After diluting 10000 times, its moisture vaporator rate comparatively pure water decline 11.90%, comparatively embodiment 6 product declines 5.13%.
The synergy chelating foliage fertilizer that embodiment 7 is obtained, after pure dilution 100 times, its moisture vaporator rate comparatively pure water declines 26.19%, declines 11.76% compared with the moisture vaporator rate of embodiment 8 product; After diluting 1000 times, its moisture vaporator rate comparatively pure water decline 23.26%, comparatively embodiment 8 product declines 10.81%; After diluting 10000 times, its moisture vaporator rate comparatively pure water decline 14.29%, comparatively embodiment 8 product declines 5.26%.
Can be found out by above data, under 30 DEG C of conditions, the all remarkable velocity of evaporation lower than common chelating foliage fertilizer solution of vaporator rate of the product fertilizer solution of the present invention of different concns, after proving that product of the present invention is used thus, the fertilizer solution vaporator rate sticking to crop blade face reduces, extend the soak time of blade to fertilizer solution, thus ensure that effective utilization of fertilizer liquid, add the utilization ratio of fertilizer.
Embodiment 10
The present embodiment is use the synergy chelating foliage fertilizer of embodiment 7 preparation in the Application Example of North China cucumber Tanaka.
Experiment field amounts to 8 mu, the synergy chelating foliage fertilizer that wherein prepared by embodiment 7 uses 2 mu, and common chelating foliage fertilizer prepared by embodiment 8 uses 2 mu, and high molecular synergy chelating foliage fertilizer prepared by embodiment 9 uses 2 mu, do not apply fertilizer and only spray water 2 mu, soil base fertilizer sowing management waits other modes identical.
Experiment process group and concrete treatment process:
Experimental group: use embodiment 7 fertilizer, every mu of consumption 50g, uses water 50kg, sprays before spending for every mu, co-processing 2 mu;
Control group 1: do not apply fertilizer, only sprays with pure water, uses water 50kg, sprays before spending for every mu, co-processing 2 mu;
Control group 2: use embodiment 8 fertilizer, every mu of consumption 50g, uses water 50kg, sprays before spending for every mu, co-processing 2 mu;
Control group 3: use embodiment 9 fertilizer, every mu of consumption 50g, uses water 50kg, sprays before spending for every mu, co-processing 2 mu.
Experimental result:
By the parameter such as plant height, fruiting rate, per mu yield respectively organizing cucumber, experimental result is evaluated.Experimental result is in table 3.
The field experiment result of table 3 North China cucumber
Experiment group |
Average plant height (cm) |
Fruiting rate (%) |
Output (kg/ mu) |
Stimulation ratio (%) |
Experimental group |
180.9 |
97.2 |
8245.9 |
12.95 |
Control group 1 |
167.3 |
87.1 |
7300.6 |
--- |
Control group 2 |
173.5 |
90.5 |
7807.1 |
6.94 |
Control group 3 |
175.2 |
93.2 |
7850.4 |
7.53 |
As can be seen from data in table 3, experimental group is compared with control group 1, and average plant height increases by 8.13%, and fruiting rate increases by 11.60%, actual volume increase 12.95%; Experimental group is compared with control group 2, and average plant height increases by 4.27%, and fruiting rate increases by 7.40%, actual volume increase 5.62%; Experimental group is compared with control group 3, and average plant height increases by 3.25%, and fruiting rate increases by 4.29%, actual volume increase 5.04%.
As can be seen here, the fertilizer efficiency of embodiment 7 synergy chelating foliage fertilizer significantly improves than the fertilizer efficiency of the common chelating foliage fertilizer of embodiment 8, the high molecular synergy chelating foliage fertilizer of embodiment 9; Find in experimentation, the cucumber plant growing way of experimental group is vigorous simultaneously, and melon and fruit profile is better, and comparatively control group 1 significantly increases quality, comparatively control group 2 and control group 3 increase to some extent.
Embodiment 11
The present embodiment is use the synergy chelating foliage fertilizer of embodiment 7 preparation in the Application Example of spinach Tanaka.
Experiment field amounts to 8 mu, the synergy chelating foliage fertilizer that wherein prepared by embodiment 7 uses 2 mu, common chelating foliage fertilizer prepared by embodiment 8 uses 2 mu, high molecular weight polyasparagic acid synergy chelating foliage fertilizer prepared by embodiment 9 uses 2 mu, do not apply fertilizer and only spray water 2 mu, soil base fertilizer sowing management waits other modes identical.
Experiment process group and concrete treatment process:
Experimental group: use embodiment 7 fertilizer, every mu of consumption 50g, uses water 50kg for every mu, co-processing 2 mu;
Control group 1: do not apply fertilizer, only sprays with pure water, uses water 50kg for every mu, co-processing 2 mu;
Control group 2: use embodiment 8 fertilizer, every mu of consumption 50g, uses water 50kg for every mu, co-processing 2 mu;
Control group 3: use embodiment 9 fertilizer, every mu of consumption 50g, uses water 50kg for every mu, co-processing 2 mu.
Experimental result:
Evaluated experimental result by the output, stimulation ratio etc. of respectively organizing spinach, experimental result is in table 4.
The field experiment result of table 4 spinach
Experiment group |
Per mu yield (kg) |
Stimulation ratio (%) |
Experimental group |
1579.6 |
14.97 |
Control group 1 |
1373.9 |
--- |
Control group 2 |
1448.2 |
5.41 |
Control group 3 |
1470.4 |
7.02 |
As can be seen from data in table 4, experimental group is compared with control group 1, and reality increases production 14.97%; Experimental group is compared with control group 2, and reality increases production 9.07%; Experimental group is compared with control group 3, and reality increases production 7.43%.
As can be seen here, the fertilizer efficiency of embodiment 7 synergy chelating foliage fertilizer significantly improves than the fertilizer efficiency of the common chelating foliage fertilizer of embodiment 8, the high molecular synergy chelating foliage fertilizer of embodiment 9; Find in experimentation, the spinach plant growing way of experimental group is vigorous, and leaf color is blackish green, and comparatively control group 1 significantly increases quality of vegetable, comparatively control group 2 and control group 3 increase to some extent simultaneously.
Embodiment 12
The present embodiment is the Application Example that the synergy chelating foliage fertilizer using embodiment 7 to prepare is applied to pear.
Experiment field amounts to 8 mu, the synergy chelating foliage fertilizer that wherein prepared by embodiment 7 uses 2 mu, common chelating foliage fertilizer prepared by embodiment 8 uses 2 mu, high molecular weight polyasparagic acid synergy chelating foliage fertilizer prepared by embodiment 9 uses 2 mu, do not apply fertilizer and only spray water 2 mu, soil base fertilizer sowing management waits other modes identical.
Experiment process group and concrete treatment process:
Experimental group: use embodiment 7 fertilizer, every mu of consumption 200g, uses water 100kg for every mu, co-processing 2 mu;
Control group 1: do not apply fertilizer, only sprays with pure water, uses water 100kg for every mu, co-processing 2 mu;
Control group 2: use embodiment 8 fertilizer, every mu of consumption 200g, uses water 100kg for every mu, co-processing 2 mu;
Control group 3: use embodiment 9 fertilizer, every mu of consumption 200g, uses water 100kg for every mu, co-processing 2 mu.
Experimental result:
Evaluated experimental result by the parameter such as per mu yield and soluble solid matter respectively organizing pear, experimental result is in table 5.
The field experiment result of table 5 pear
Experiment group |
Output (kg/ mu) |
Stimulation ratio (%) |
Average solid material (%) |
Increment rate (%) |
Experimental group |
1294 |
19.26 |
12.46 |
11.46 |
Control group 1 |
1085 |
--- |
11.03 |
--- |
Control group 2 |
1197 |
10.32 |
12.11 |
9.79 |
Control group 3 |
1210 |
11.52 |
12.19 |
10.52 |
As can be seen from data in table 5, experimental group is compared with control group 1, and output increases by 19.26%, and average solid material increases by 11.46%; Experimental group is compared with control group 2, and output increases by 8.10%, and average solid material increases by 2.89%; Experimental group is compared with control group 3, and output increases by 6.94%, and average solid material increases by 2.21%.
In addition, from above-mentioned each experiment treatment group, randomly draw 15 strain fruit trees, and from random selecting 30 pieces of fruit storage at normal temperature every strain fruit tree 30 days, then the quality conditions of pear is investigated, mainly pay close attention to that a situation arises to yali pear black heart.Described investigation result is in table 6.
Table 6 foliage fertilizer pear test-results
Experiment group |
Fruit total amount (individual) |
Sick fruit number (individual) |
Diseased fruit rate (%) |
Sick fruit reduced rate (%) |
Experimental group |
450 |
16 |
3.56 |
81.58 |
Control group 1 |
450 |
87 |
19.33 |
--- |
Control group 2 |
450 |
43 |
9.56 |
50.54 |
Control group 3 |
450 |
32 |
7.11 |
63.22 |
As can be seen from data in upper table, compared with control group 1, the diseased fruit rate of experimental group reduces 81.58%, and the diseased fruit rate of control group 2 reduces 50.54%; Compared with control group 2, the diseased fruit rate of experimental group reduces 62.76%; Compared with control group 3, the diseased fruit rate of experimental group reduces 49.93%.The pear morbidity using synergy chelating foliage fertilizer significantly reduces, significant difference compared with other process.
As can be seen here, spray the synergy chelating foliage fertilizer being added with product of the present invention, effectively can improve the output of pear and the solid substances content of pear, and the taste of pear and quality are all greatly increased.Compare compared with other process, fertilizer efficiency significantly improves.
Embodiment 13
The present embodiment is the Application Example of synergy chelating foliage fertilizer in Cotton Fields using embodiment 7 to prepare.
Experiment field amounts to 20 mu, the synergy chelating foliage fertilizer that wherein prepared by embodiment 7 uses 5 mu, common chelating foliage fertilizer prepared by embodiment 8 uses 5 mu, high molecular weight polyasparagic acid synergy chelating foliage fertilizer prepared by embodiment 9 uses 5 mu, do not apply fertilizer and only spray water 5 mu, soil base fertilizer sowing management waits other modes identical.
Experiment process group and concrete treatment process:
Experimental group: use embodiment 7 fertilizer, every mu of consumption 150g, uses water 50kg for every mu, flower pre-treatment, co-processing 5 mu;
Control group 1: do not apply fertilizer, only sprays with pure water, uses water 50kg for every mu, flower pre-treatment, co-processing 5 mu;
Control group 2: use embodiment 8 fertilizer, every mu of consumption 150g, uses water 50kg for every mu, flower pre-treatment, co-processing 5 mu;
Control group 3: use embodiment 9 fertilizer, every mu of consumption 150g, uses water 50kg for every mu, flower pre-treatment, co-processing 5 mu.
Note: in experimentation, 6h rainfall 10mm after flower pre-treatment, for investigating the wind resistance rain ability after spraying, does not therefore fill spray.
Experimental result:
By more each experimental group, the parameters such as the growth and development state of cotton and output are evaluated experimental result.Experimental result is in table 7.
Table 7 synergy chelating foliage fertilizer is applied to cotton field experiment
Experiment group |
Experimental group |
Control group 1 |
Control group 2 |
Control group 3 |
Fruit branch number of units (platform) |
10.5 |
10.1 |
9.7 |
10.2 |
Dan Zhiling number (individual) |
5.78 |
5.37 |
5.25 |
5.42 |
Single boll weight (g) |
5.42 |
5.29 |
4.96 |
5.11 |
Output (kg/667m
2)
|
504.01 |
477.79 |
443.28 |
480.31 |
Stimulation ratio (%) |
13.70 |
7.79 |
--- |
8.35 |
From data in table 7, experimental group 1 is compared with control group 1, and fruit branch number of units increases by 3.96%, Dan Zhiling number and increases by 7.64%, and Single boll weight increases by 2.46%, actual volume increase 5.49%; Experimental group is compared with control group 2, and fruit branch number of units increases by 8.25%, Dan Zhiling number and increases by 10.10%, and Single boll weight increases by 9.27%, actual volume increase 13.70%; Experimental group is compared with control group 3, and fruit branch number of units increases by 2.94%, Dan Zhiling number and increases by 6.64%, and Single boll weight increases by 6.07%, actual volume increase 4.93%.Compared with each control group, after spraying under the situation of rain drop erosion, the fertilizer solution of experimental group still effectively can adhere in crop surface, therefore makes the effect of increasing production of cotton clearly, and the indices of cotton all significantly promotes.
In addition, find in experimentation, compared with the process of control group, the Cotton growth of experimental group be good, sickness rate is low, disease resistance is strong, good to the absorbing state of trace element.As can be seen here, using of synergy chelating foliage fertilizer effectively improves output of cotton, cotton anti-adversity and cotton quality, and increasing of quality and production Be very effective is better than other process.