330
Thus, this expanding term in the ɧ associated to the scalar field suggests that
HSEF electric field is prepared to initiate the proliferation of static electricity force
into its quantum field to tug down the water [13, 14].
To confirm this tug down of water by static electricity force, hereby, I have readily implemented the calculation of ϕ [s 0 ] for the confirmation of the expected value
of s 0 for capturing water vapor [15, 16]. Thus, the corrective functional asymptotic
formulas are being used as follows:
ϕ
π
s
s
s
s
s
s
s
0
0
0
0
0
2
0
1
0
2
4
2
4
4
2
9
3
4
9
8
[ ]=
−
(
)+
−
(
)−
− +
+
−
ln
ln
ln
ln
+ +…(
)
s 0 1
;
(14.16)
ϕ s
s
s
s
0
0
2
3
0
5
3
0
2
3
1
5
3
1
1507
420
1
[ ]=
−
(
) +
−
(
)
−
(
)
7 7
3
0
1
+…(
)
s .
(14.17)
The function
ϕ s
s
0
0
1
[ ]
−
(
)
is thus described as 1 < s 0 < 10; for larger s 0 , it contains
natural logarithmic which is s 0 to confirm the tug down of 100% water vapor by the
HSEF into the plastic tank.
Then the application of mixing physics (UV application) and filtration for treating this water into the plastic tank as per US National Primary Drinking Water
Standard code confirms that this water is potable which was analyzed by SODIS
system (SOlar DISinfection).
In average 100 gallons of water is required per day per person in a standard daily
life [9, 17]. Thus, it will require a total of (100 gallons /day/person × 4 persons × 365 days )
146,000 gallons of water per year for a small family of four persons. Since a
Fig. 14.2 The photo-physics radiation application for the purification of water which shows that
once UV radiation of 320 nm is applied into the water, it starts to disinfect all microorganisms
immediately once temperature reaches 50 °C
14 Water Reduction Engineering
Thus, this expanding term in the ɧ associated to the scalar field suggests that
HSEF electric field is prepared to initiate the proliferation of static electricity force
into its quantum field to tug down the water [13, 14].
To confirm this tug down of water by static electricity force, hereby, I have readily implemented the calculation of ϕ [s 0 ] for the confirmation of the expected value
of s 0 for capturing water vapor [15, 16]. Thus, the corrective functional asymptotic
formulas are being used as follows:
ϕ
π
s
s
s
s
s
s
s
0
0
0
0
0
2
0
1
0
2
4
2
4
4
2
9
3
4
9
8
[ ]=
−
(
)+
−
(
)−
− +
+
−
ln
ln
ln
ln
+ +…(
)
s 0 1
;
(14.16)
ϕ s
s
s
s
0
0
2
3
0
5
3
0
2
3
1
5
3
1
1507
420
1
[ ]=
−
(
) +
−
(
)
−
(
)
7 7
3
0
1
+…(
)
s .
(14.17)
The function
ϕ s
s
0
0
1
[ ]
−
(
)
is thus described as 1 < s 0 < 10; for larger s 0 , it contains
natural logarithmic which is s 0 to confirm the tug down of 100% water vapor by the
HSEF into the plastic tank.
Then the application of mixing physics (UV application) and filtration for treating this water into the plastic tank as per US National Primary Drinking Water
Standard code confirms that this water is potable which was analyzed by SODIS
system (SOlar DISinfection).
In average 100 gallons of water is required per day per person in a standard daily
life [9, 17]. Thus, it will require a total of (100 gallons /day/person × 4 persons × 365 days )
146,000 gallons of water per year for a small family of four persons. Since a
Fig. 14.2 The photo-physics radiation application for the purification of water which shows that
once UV radiation of 320 nm is applied into the water, it starts to disinfect all microorganisms
immediately once temperature reaches 50 °C
14 Water Reduction Engineering