A spraying aircraft housing aqueous paint may absorb electromagnetic waves
A spraying aqueous paint may have the aircraft skin absorbing electromagnetic waves
BACKGROUND belongs:
The present invention relates to an aqueous resin is coated with a paint aircraft skin can absorb electromagnetic waves, which is an aqueous resin is coated with a paint aircraft can absorb electromagnetic waves.
BACKGROUND:
Traditional aircraft skin paint, does not have the function of absorbing electromagnetic waves, which makes the aircraft completely exposed in front of the radar. A spraying aircraft housing aqueous resin paints may absorbing electromagnetic waves, because the outer surface of the aqueous resin dissolved paint triiron tetroxide, strontium ferrite, barium ferrite, the aircraft can absorb electromagnetic waves, which make up the aircraft It can not be detected by radar purposes.
SUMMARY:
A spraying aircraft skin can absorb electromagnetic waves with a water-based resin paints, a plane electromagnetic wave can be absorbed. This is because the water-based paint resin which was dissolved triiron tetroxide, strontium ferrite, barium ferrite, triiron tetroxide, strontium ferrite, barium ferrite having magnetic properties, so this aqueous resin paints having an electromagnetic wave absorption function, which makes the skin of the aircraft can absorb electromagnetic waves, electromagnetic waves can not be detected by radar aircraft, allowing the aircraft disappeared in front of the radar.
Patent Solving the Problems The present invention adopts the following technical scheme:
the outer surface of FIG. 1, an aircraft (1) all sprayed This aqueous paints wave absorbing resin (2). The following describes how to make such aqueous resin paints.
# 1 the first sample of water, the iron sulfate 10g, ferric nitrate 10g, hydrogen peroxide 10ml, ethyl alcohol 10ml, yellow alum 10g, Tween 20 reagent 10g, glycerin 10g, K12 (sodium lauryl sulfate) 5g, xylene 5g, 2-methylnaphthalene 5g, 30g sugar, 50ml of N- methylpyrrolidone, triethanolamine of 50ml, 50ml glycerin, and 50ml of allyl glycidyl ether, 50ml dibutyl phthalate, bis dipotassium Kwai chloride 5g, octyl decyl ammonium chloride 5g (Gemini quaternary ammonium salt), sodium methyl naphthalene methylene bis 5g, dipropylene glycol dimethyl ether 5g, 10g yellow polypeptide urea, tri-iron tetroxide 10g, 10g strontium ferrite, barium ferrite 10g, 5g urethane, 5ml black pigment, 5ml2- amino-1-butanol and the like agent and distilled water 200ml, 500ml flask into oscillations, stationary for 24 hours, the supernatant liquid was removed , to precipitate out the bottom, this solution # 1 is added. Then 100 ml of 1 # 1000ml aqueous solution was added to the resin paints, with constant stirring, allow solution # 1 was completely dissolved into the aqueous resin paint, such a paint is water-based resin is dissolved triiron tetroxide, strontium ferrite, barium ferrite of # 1 water paint.
Produced water sample # 2, the iron sulfate 10g, ferric nitrate 10g, ferric oxide 10g, hydrogen peroxide 10ml, ethyl alcohol 10ml, Tween 20 reagent 10g, glycerin 10g, K12 (sodium lauryl sulfate) 5g, 5g xylene , 2-methylnaphthalene 5g, 30g sugar, 50ml of N- methylpyrrolidone, triethanolamine of 50ml, 50ml glycerin, and 50ml of allyl glycidyl ether, 50ml dibutyl phthalate, potassium bis Kwai dimethyl ammonium chloride 5g, octyl decyl ammonium chloride 5g (Gemini quaternary ammonium salt), sodium methyl naphthalene methylene bis 5g, dipropylene glycol dimethyl ether 5g, 10g urea yellow polypeptide tetroxide iron 10g, 10g strontium ferrite, barium ferrite 10g, 5g urethane, 5ml black pigment, 5ml2- amino-1-butanol and the like agent and distilled water 200ml, 500ml flask into oscillations, stationary for 24 hours, remove the upper layer liquid, to precipitate out the bottom, this solution # 1 is added. Then 100 ml of 1 # 1000ml aqueous solution was added to the resin paints, with constant stirring, allow solution # 1 was completely dissolved into the aqueous resin paint, such a paint is water-based resin is dissolved triiron tetroxide, strontium ferrite, barium ferrite of 2 # water paint.
Produced water sample # 3, the iron sulfate 10g, ferric nitrate 10g, ferric oxide 10g, hydrogen peroxide 10ml, ethyl alcohol 10ml, Tween 20 reagent 10g, glycerin 10g, K12 (sodium lauryl sulfate) 5g, lauryl alcohol sulfate sodium 10g, xylene 5g, 2- methylnaphthalene 5g, 30g sugar, 50ml of N- methylpyrrolidone, triethanolamine of 50ml, 50ml glycerin, and 50ml of allyl glycidyl ether, phthalic acid di 50ml butyl dimethyl ammonium chloride, potassium bis Kwai 5g, octyl decyl ammonium chloride 5g (Gemini quaternary ammonium salt), sodium methyl naphthalene methylene bis 5g, dipropylene glycol dimethyl ether 5g, 10g yellow polypeptide urea, Fe3O4 10g, 10g strontium ferrite, barium ferrite 10g, 5g urethane, 5ml black pigment, 5ml2- amino-1-butanol and the like agent and distilled water 200ml, 500ml flask into oscillations, rest for 24 hours, the supernatant liquid was removed, to precipitate out the bottom, this solution # 1 is added. Then 100 ml of 1 # 1000ml aqueous solution was added to the resin paints, with constant stirring, allow solution # 1 was completely dissolved into the aqueous resin paint, such a paint is water-based resin is dissolved triiron tetroxide, strontium ferrite, barium ferrite of # 3 water paint.
# 4 produced water samples, the iron sulfate 10g, ferric nitrate 10g, ferric oxide 10g, hydrogen peroxide 10ml, ethyl alcohol 10ml, Tween 20 reagent 10g, glycerin 10g, potassium oleate 10g, xylene 5g, 2- methylnaphthalene 5g, 30g sugar, 50ml of N- methylpyrrolidone, triethanolamine of 50ml, 50ml glycerin, and 50ml of allyl glycidyl ether, 50ml of dibutyl phthalate, dimethyl ammonium chloride, potassium bis Kwai 5g, octyl decyl ammonium chloride 5g (Gemini quaternary ammonium salt), sodium methyl naphthalene methylene bis 5g, dipropylene glycol dimethyl ether 5g, 10g yellow polypeptide urea, Fe3O4 10g, 10g strontium iron ferrite, barium ferrite 10g, 5g urethane,
5ml black pigment, 5ml2- amino-1-butanol and the like agent and distilled water 200ml, 500ml flask into oscillations, stationary for 24 hours, the supernatant liquid was removed, to precipitate out the bottom, this solution # 1 is added. Then 100 ml of 1 # 1000ml aqueous solution was added to the resin paints, with constant stirring, allow solution # 1 was completely dissolved into the aqueous resin paint, such a paint is water-based resin is dissolved triiron tetroxide, strontium ferrite, barium ferrite of # 4 water paint.
Produced water sample # 5, the iron sulfate 10g, ferric nitrate 10g, ferric oxide 10g, hydrogen peroxide 10ml, ethyl alcohol 10ml, Tween 20 reagent 10g, glycerin 10g, KH560 silane coupling agent 5g, propylene glycol 5ml, xylene 5g , 2-methylnaphthalene 5g, 30g sugar, 50ml of N- methylpyrrolidone, triethanolamine of 50ml, 50ml glycerin, and 50ml of allyl glycidyl ether, 50ml dibutyl phthalate, potassium bis Kwai dimethyl ammonium chloride 5g, octyl decyl ammonium chloride 5g (Gemini quaternary ammonium salt), sodium methyl naphthalene methylene bis 5g, dipropylene glycol dimethyl ether 5g, 10g urea yellow polypeptide tetroxide iron 10g, 10g strontium ferrite, barium ferrite 10g, 5g urethane, 5ml black pigment, 5ml2- amino-1-butanol and the like agent and distilled water 200ml, 500ml flask into oscillations, stationary for 24 hours, remove the upper layer liquid, to precipitate out the bottom, this solution # 1 is added. Then 100 ml of 1 # 1000ml aqueous solution was added to the resin paints, with constant stirring, allow solution # 1 was completely dissolved into the aqueous resin paint, such a paint is water-based resin is dissolved triiron tetroxide, strontium ferrite, barium ferrite of # 5 water paint.
NOTE: When a test, must wear rubber gloves to prevent harmful agents KH560,2- A Kenai, 2-amino-1-butanol, potassium bis Kwai dimethyl ammonium chloride, octyl decyl ammonium chloride ( Gemini quaternary ammonium salt), methyl-methylene-bis-naphthalene sulfonate, dipropylene glycol dimethyl ether in the permeate from the skin into the blood, damage to the body.
Reflecting mechanism, water samples of K12, potassium oleate, of KH560, propylene glycol, quaternary ammonium salts and various Gemini iron salts, iron ions are dissolved in the water in a co-solvent which increases the solubility in water of iron, when the iron ions will cause the aqueous resin paint having a solubility in water increases after the electromagnetic wave absorption function.
2-methylnaphthalene, dipropylene glycol dimethyl ether 2-amino-1-butanol are dispersing agents which are dispersed in water to help iron molecule increases the solubility of iron ions.
Sucrose, N-methylpyrrolidone, black pigment, urea substances are soluble in water, they emulsification, the water which makes them more soluble in paint.
NOTE: When a test, must wear rubber gloves to prevent harmful agents KH560,2- A Kenai, N-methylpyrrolidone permeation into the blood from the skin, damage the body
beneficial effects of the patented invention is the use of the present invention the aircraft skin can easily absorb electromagnetic waves so that the outer surface of the aircraft, to allow the radar can not detect the purpose of the aircraft.
BRIEF DESCRIPTION:
The following embodiments in conjunction with the accompanying drawings and the embodiment of the present invention is further described pair.
FIG 1 is a schematic spraying aircraft skin
in FIG. 1, an aircraft, 2. Triiron tetroxide dissolved, strontium ferrite, barium ferrite aqueous resin paints.
In Figure 1, the aqueous paint resin (2) spraying the aircraft housing (1).
DETAILED DESCRIPTION:
aqueous resin paints (2) spraying the aircraft housing (1). Because the aqueous resin dissolved paint triiron tetroxide, strontium ferrite, barium ferrite, and tri-iron tetroxide, strontium ferrite, barium ferrite having a magnetic resin so aqueous paints can absorb electromagnetic waves, which housing the aircraft can absorb electromagnetic waves, and thus can not reach the aircraft detected by radar purposes.
A1 water sample preparation method, it is formulated D water samples, water samples D tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, Tween 20 (polyoxyethylene sorbitan mono
BACKGROUND belongs:
The present invention relates to an aqueous resin is coated with a paint aircraft skin can absorb electromagnetic waves, which is an aqueous resin is coated with a paint aircraft can absorb electromagnetic waves.
BACKGROUND:
Traditional aircraft skin paint, does not have the function of absorbing electromagnetic waves, which makes the aircraft completely exposed in front of the radar. A spraying aircraft housing aqueous resin paints may absorbing electromagnetic waves, because the outer surface of the aqueous resin dissolved paint triiron tetroxide, strontium ferrite, barium ferrite, the aircraft can absorb electromagnetic waves, which make up the aircraft It can not be detected by radar purposes.
SUMMARY:
A spraying aircraft skin can absorb electromagnetic waves with a water-based resin paints, a plane electromagnetic wave can be absorbed. This is because the water-based paint resin which was dissolved triiron tetroxide, strontium ferrite, barium ferrite, triiron tetroxide, strontium ferrite, barium ferrite having magnetic properties, so this aqueous resin paints having an electromagnetic wave absorption function, which makes the skin of the aircraft can absorb electromagnetic waves, electromagnetic waves can not be detected by radar aircraft, allowing the aircraft disappeared in front of the radar.
Patent Solving the Problems The present invention adopts the following technical scheme:
the outer surface of FIG. 1, an aircraft (1) all sprayed This aqueous paints wave absorbing resin (2). The following describes how to make such aqueous resin paints.
# 1 the first sample of water, the iron sulfate 10g, ferric nitrate 10g, hydrogen peroxide 10ml, ethyl alcohol 10ml, yellow alum 10g, Tween 20 reagent 10g, glycerin 10g, K12 (sodium lauryl sulfate) 5g, xylene 5g, 2-methylnaphthalene 5g, 30g sugar, 50ml of N- methylpyrrolidone, triethanolamine of 50ml, 50ml glycerin, and 50ml of allyl glycidyl ether, 50ml dibutyl phthalate, bis dipotassium Kwai chloride 5g, octyl decyl ammonium chloride 5g (Gemini quaternary ammonium salt), sodium methyl naphthalene methylene bis 5g, dipropylene glycol dimethyl ether 5g, 10g yellow polypeptide urea, tri-iron tetroxide 10g, 10g strontium ferrite, barium ferrite 10g, 5g urethane, 5ml black pigment, 5ml2- amino-1-butanol and the like agent and distilled water 200ml, 500ml flask into oscillations, stationary for 24 hours, the supernatant liquid was removed , to precipitate out the bottom, this solution # 1 is added. Then 100 ml of 1 # 1000ml aqueous solution was added to the resin paints, with constant stirring, allow solution # 1 was completely dissolved into the aqueous resin paint, such a paint is water-based resin is dissolved triiron tetroxide, strontium ferrite, barium ferrite of # 1 water paint.
Produced water sample # 2, the iron sulfate 10g, ferric nitrate 10g, ferric oxide 10g, hydrogen peroxide 10ml, ethyl alcohol 10ml, Tween 20 reagent 10g, glycerin 10g, K12 (sodium lauryl sulfate) 5g, 5g xylene , 2-methylnaphthalene 5g, 30g sugar, 50ml of N- methylpyrrolidone, triethanolamine of 50ml, 50ml glycerin, and 50ml of allyl glycidyl ether, 50ml dibutyl phthalate, potassium bis Kwai dimethyl ammonium chloride 5g, octyl decyl ammonium chloride 5g (Gemini quaternary ammonium salt), sodium methyl naphthalene methylene bis 5g, dipropylene glycol dimethyl ether 5g, 10g urea yellow polypeptide tetroxide iron 10g, 10g strontium ferrite, barium ferrite 10g, 5g urethane, 5ml black pigment, 5ml2- amino-1-butanol and the like agent and distilled water 200ml, 500ml flask into oscillations, stationary for 24 hours, remove the upper layer liquid, to precipitate out the bottom, this solution # 1 is added. Then 100 ml of 1 # 1000ml aqueous solution was added to the resin paints, with constant stirring, allow solution # 1 was completely dissolved into the aqueous resin paint, such a paint is water-based resin is dissolved triiron tetroxide, strontium ferrite, barium ferrite of 2 # water paint.
Produced water sample # 3, the iron sulfate 10g, ferric nitrate 10g, ferric oxide 10g, hydrogen peroxide 10ml, ethyl alcohol 10ml, Tween 20 reagent 10g, glycerin 10g, K12 (sodium lauryl sulfate) 5g, lauryl alcohol sulfate sodium 10g, xylene 5g, 2- methylnaphthalene 5g, 30g sugar, 50ml of N- methylpyrrolidone, triethanolamine of 50ml, 50ml glycerin, and 50ml of allyl glycidyl ether, phthalic acid di 50ml butyl dimethyl ammonium chloride, potassium bis Kwai 5g, octyl decyl ammonium chloride 5g (Gemini quaternary ammonium salt), sodium methyl naphthalene methylene bis 5g, dipropylene glycol dimethyl ether 5g, 10g yellow polypeptide urea, Fe3O4 10g, 10g strontium ferrite, barium ferrite 10g, 5g urethane, 5ml black pigment, 5ml2- amino-1-butanol and the like agent and distilled water 200ml, 500ml flask into oscillations, rest for 24 hours, the supernatant liquid was removed, to precipitate out the bottom, this solution # 1 is added. Then 100 ml of 1 # 1000ml aqueous solution was added to the resin paints, with constant stirring, allow solution # 1 was completely dissolved into the aqueous resin paint, such a paint is water-based resin is dissolved triiron tetroxide, strontium ferrite, barium ferrite of # 3 water paint.
# 4 produced water samples, the iron sulfate 10g, ferric nitrate 10g, ferric oxide 10g, hydrogen peroxide 10ml, ethyl alcohol 10ml, Tween 20 reagent 10g, glycerin 10g, potassium oleate 10g, xylene 5g, 2- methylnaphthalene 5g, 30g sugar, 50ml of N- methylpyrrolidone, triethanolamine of 50ml, 50ml glycerin, and 50ml of allyl glycidyl ether, 50ml of dibutyl phthalate, dimethyl ammonium chloride, potassium bis Kwai 5g, octyl decyl ammonium chloride 5g (Gemini quaternary ammonium salt), sodium methyl naphthalene methylene bis 5g, dipropylene glycol dimethyl ether 5g, 10g yellow polypeptide urea, Fe3O4 10g, 10g strontium iron ferrite, barium ferrite 10g, 5g urethane,
5ml black pigment, 5ml2- amino-1-butanol and the like agent and distilled water 200ml, 500ml flask into oscillations, stationary for 24 hours, the supernatant liquid was removed, to precipitate out the bottom, this solution # 1 is added. Then 100 ml of 1 # 1000ml aqueous solution was added to the resin paints, with constant stirring, allow solution # 1 was completely dissolved into the aqueous resin paint, such a paint is water-based resin is dissolved triiron tetroxide, strontium ferrite, barium ferrite of # 4 water paint.
Produced water sample # 5, the iron sulfate 10g, ferric nitrate 10g, ferric oxide 10g, hydrogen peroxide 10ml, ethyl alcohol 10ml, Tween 20 reagent 10g, glycerin 10g, KH560 silane coupling agent 5g, propylene glycol 5ml, xylene 5g , 2-methylnaphthalene 5g, 30g sugar, 50ml of N- methylpyrrolidone, triethanolamine of 50ml, 50ml glycerin, and 50ml of allyl glycidyl ether, 50ml dibutyl phthalate, potassium bis Kwai dimethyl ammonium chloride 5g, octyl decyl ammonium chloride 5g (Gemini quaternary ammonium salt), sodium methyl naphthalene methylene bis 5g, dipropylene glycol dimethyl ether 5g, 10g urea yellow polypeptide tetroxide iron 10g, 10g strontium ferrite, barium ferrite 10g, 5g urethane, 5ml black pigment, 5ml2- amino-1-butanol and the like agent and distilled water 200ml, 500ml flask into oscillations, stationary for 24 hours, remove the upper layer liquid, to precipitate out the bottom, this solution # 1 is added. Then 100 ml of 1 # 1000ml aqueous solution was added to the resin paints, with constant stirring, allow solution # 1 was completely dissolved into the aqueous resin paint, such a paint is water-based resin is dissolved triiron tetroxide, strontium ferrite, barium ferrite of # 5 water paint.
NOTE: When a test, must wear rubber gloves to prevent harmful agents KH560,2- A Kenai, 2-amino-1-butanol, potassium bis Kwai dimethyl ammonium chloride, octyl decyl ammonium chloride ( Gemini quaternary ammonium salt), methyl-methylene-bis-naphthalene sulfonate, dipropylene glycol dimethyl ether in the permeate from the skin into the blood, damage to the body.
Reflecting mechanism, water samples of K12, potassium oleate, of KH560, propylene glycol, quaternary ammonium salts and various Gemini iron salts, iron ions are dissolved in the water in a co-solvent which increases the solubility in water of iron, when the iron ions will cause the aqueous resin paint having a solubility in water increases after the electromagnetic wave absorption function.
2-methylnaphthalene, dipropylene glycol dimethyl ether 2-amino-1-butanol are dispersing agents which are dispersed in water to help iron molecule increases the solubility of iron ions.
Sucrose, N-methylpyrrolidone, black pigment, urea substances are soluble in water, they emulsification, the water which makes them more soluble in paint.
NOTE: When a test, must wear rubber gloves to prevent harmful agents KH560,2- A Kenai, N-methylpyrrolidone permeation into the blood from the skin, damage the body
beneficial effects of the patented invention is the use of the present invention the aircraft skin can easily absorb electromagnetic waves so that the outer surface of the aircraft, to allow the radar can not detect the purpose of the aircraft.
BRIEF DESCRIPTION:
The following embodiments in conjunction with the accompanying drawings and the embodiment of the present invention is further described pair.
FIG 1 is a schematic spraying aircraft skin
in FIG. 1, an aircraft, 2. Triiron tetroxide dissolved, strontium ferrite, barium ferrite aqueous resin paints.
In Figure 1, the aqueous paint resin (2) spraying the aircraft housing (1).
DETAILED DESCRIPTION:
aqueous resin paints (2) spraying the aircraft housing (1). Because the aqueous resin dissolved paint triiron tetroxide, strontium ferrite, barium ferrite, and tri-iron tetroxide, strontium ferrite, barium ferrite having a magnetic resin so aqueous paints can absorb electromagnetic waves, which housing the aircraft can absorb electromagnetic waves, and thus can not reach the aircraft detected by radar purposes.
A1 water sample preparation method, it is formulated D water samples, water samples D tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, Tween 20 (polyoxyethylene sorbitan mono
Ester) reagent 5g, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is D watery. Then take 200mlD solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 30g sucrose, 5g sodium benzoate, mixed with one another, into a 500ml beaker, stationary for 24 hours, removal of the upper aqueous solution is A1 kind.
B1 water sample preparation method, K is now prepared water samples, water samples K tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, silane coupling agent KH560 reagent 5g, propylene glycol 5ml, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is K water samples. Then take 200mlK solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 30g sucrose, 5g sodium benzoate, mixed with one another, into a 500ml beaker, stationary for 24 hours, removal of the upper aqueous solution is B1 kind.
C1 water sample preparation method, is formulated in water samples F, F water samples tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, K12 (ten sodium lauryl sulfate) reagent 5g, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is F water samples. Then take 200mlF solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 30g sucrose, 5g sodium benzoate, mixed with one another, into a 500ml beaker, stationary for 24 hours, removal of the upper aqueous solution is C1 kind.
D1 water sample preparation method, is formulated in water samples H, F water samples tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, potassium oleate 5g reagent, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is F water samples. Then take 200mlH solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 30g sucrose, 5g sodium benzoate, mixed with one another, into a 500ml beaker, 24 hours rest, D1 is the removal of the upper aqueous solution kind.
A2 water sample preparation method, it is formulated D water samples, water samples D tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, Tween 20 (polyoxyethylene sorbitan mono
Ester) reagent 5g, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is D watery. Then take 200mlD solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 20g sucrose, 5g sodium benzoate, 20g NaCl, 20g calcium, IOGN methylpyrrolidone, 5g green pigment, 20g urea mixed with one another, into a 500ml beaker, stationary for 24 hours, the solution is removed above the sample A2.
B2 water sample preparation method, K is now prepared water samples, water samples K tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, silane coupling agent KH560 reagent 5g, propylene glycol 5ml, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is K water samples. Then take 200mlK solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 20g sucrose, 5g sodium benzoate, 20g NaCl, 20g calcium, IOGN methylpyrrolidone, 5g green pigment, 20g urea mixed with one another, into a 500ml beaker, stationary for 24 hours, the solution is removed above the sample B2.
C2 is a water sample preparation method, it is formulated in water samples F, F water samples tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, K12 (ten sodium lauryl sulfate) reagent 5g, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is F water samples. Then take 200mlF solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 20g sucrose, 5g sodium benzoate, 20g NaCl, 20g calcium, IOGN methylpyrrolidone, 5g green pigment, 20g urea mixed with one another, into a 500ml beaker, stationary for 24 hours, the solution is removed above the sample C2.
D2 is a water sample preparation method, is formulated in water samples H, F water samples tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, potassium oleate 5g reagent, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is F water samples. Then take 200mlH solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 20g sucrose, 5g sodium benzoate, 20g NaCl, 20g calcium, IOGN methylpyrrolidone, 5g green pigment, 20g urea mixed with one another, into a 500ml beaker, stationary for 24 hours, the solution is removed above the sample D2.
A3 water sample preparation method, it is formulated D water samples, water samples D tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, Tween 20 (polyoxyethylene sorbitan mono
Ester) reagent 5g, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is D watery. Then take 200mlD solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 20g sucrose, 5g sodium benzoate, 20g NaCl, 20g calcium, IOGN methylpyrrolidone, 5g green pigment, 20g urea mixed with one another, into a 500ml beaker and then rest for 24 hours to remove the precipitate bottom of the beaker, the solution is removed A3 watery beaker above.
B3 water sample preparation method, K is now prepared water samples, water samples K tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, silane coupling agent KH560 reagent 5g, propylene glycol 5ml, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is K water samples. Then take 200mlK solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 20g sucrose, 5g sodium benzoate, 20g NaCl, 20g calcium, IOGN methylpyrrolidone, 5g green pigment, 20g urea, 10g of ferric chloride, ferric nitrate, 10g, 10g ferric sulfate mixed with each other into a 500ml beaker, the beaker is heated, this time in the catalyst sulfamate sodium chloride and ferric chloride, ferric nitrate , iron sulfate reaction with the bubble generation, was heated to 80 ° C, heating was continued for 1 hour and then heating was stopped, and then rest for 24 hours to remove the precipitate bottom of the beaker, the solution is removed B3 watery beaker above.
C3 is a water sample preparation method, it is formulated in water samples F, F water samples tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, K12 (ten sodium lauryl sulfate) reagent 5g, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is F water samples. Then take 200mlF solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 20g sucrose, 5g sodium benzoate, 20g NaCl, 20g calcium, IOGN methylpyrrolidone, 5g green pigment, 20g urea, 10g of ferric chloride, ferric nitrate, 10g, 10g ferric sulfate mixed with each other into a 500ml beaker, the beaker is heated, this time in the catalyst sulfamate sodium chloride and ferric chloride, ferric nitrate , iron sulfate reaction with the bubble generation, was heated to 80 ° C, heating was continued for 1 hour and then heating was stopped, and then rest for 24 hours to remove the precipitate bottom of the beaker, the solution is removed C3 watery beaker above.
D3 water sample preparation method, is formulated in water samples H, F water samples tourmaline 5g, titania 5g, sodium benzoate 5g, sodium dihydrogen phosphate 5g, sodium polyacrylate 5g, 2- methylnaphthalene 5g, potassium oleate 5g reagent, 200ml into 500ml volumetric flask of deionized water are mixed together, then poured into a 200ml beaker, stationary for 24 hours, remove the above solution was placed in a 200ml beaker, the precipitate drained bottom, the water sample is F water samples. Then take 200mlH solution was placed in a 500ml volumetric flask, then add 200ml1 # watery, tourmaline 10g, 20g sucrose, 5g sodium benzoate, 20g NaCl, 20g calcium, IOGN methylpyrrolidone, 5g green pigment, 20g urea, 10g of ferric chloride, ferric nitrate, 10g, 10g ferric sulfate mixed with each other into a 500ml beaker, the beaker is heated, this time in the catalyst sulfamate sodium chloride and ferric chloride, ferric nitrate , iron sulfate reaction with the bubble generation, was heated to 80 ° C, heating was continued for 1 hour and then heating was stopped, and then rest for 24 hours to remove the precipitate bottom of the beaker, the solution is removed D3 above water sample beaker.
figure 1