440
In this research, therefore, a technology has been proposed to eliminate this water
loss by diverting this transpiration mechanism by collecting this water vapor instead
of allowing it to enter the air and transforming it into potable water and clean energy.
Simply static electricity creator plastic tank near the plants has been proposed to be
installed to trap all the water vapor as the latter is attracted by the force of static electricity [9–11]. This is because water vapor has positive and negative charges and the
electrons that end up on static electrical force have a positive charge, while water
molecules have a negative charge on one side; the positive charge of static electric
force and negative charges of water vapor pull each other closer together; the positive
side tugs the direction and forces the water to get collected in a tank and be treated in
situ to meet the domestic water demand [12–14]. A certain amount of water shall be
allowed to pass through an electrolysis process to produce clean energy (hydrogen)
and the by-product O 2 will go into the air to balance the environment.
Calculation revealed that just five standard oak trees can meet the total water and
energy demand for a small family throughout the year. Since the groundwater strata
are getting to a finite level faster and global energy demand and global warming are
getting to a seriously dangerous level putting earth on a vulnerable condition, these
three vital issues must be resolved immediately [15–17]. Interestingly this new finding has the total solution to solve the global water, energy, and environmental crisis
for the survival of this planet which will indeed open a new door in science.
Materials, Methodology, and Simulations
Generating Static Electric Forces
This research intends to create a Hossain static electric force/field (HSEF = ɧ) that
would allow water to be harvested from the air after it has been released through
transpiration from plants. In the suggested model friction created by the contact of
the insulator and the plastic tank will draw in water vapor [6, 7]. When attempting
to incorporate the HSEF within the plastic tank, we can use MATLAB software to
perform calculations of albanian local symmetry that permit the consideration of
data field symmetry and also the Goldstone scalar as it relates to the longitudinal
mode assumed by the vector [17, 18]. Thus, every particle Τ
α
in the local symmetry
that undergoes spontaneous breaking has a matching gauge field of A x
µ
α
( ) with
HSEF commencing functioning at local U(1)-phase symmetry [19–21]. The model
therefore comprises a complex scalar field Φ(x) having a static electric charge of q
that integrates with the EM field A
μ
(x). The model’s expression integrates ɧ
= −
+
− ( )
∗
∗
1
4
F F
D
D
V
v
µ
µν
µ
µ
Φ
Φ
Φ Φ
(22.1)
with
22 Global Environmental Equilibrium
In this research, therefore, a technology has been proposed to eliminate this water
loss by diverting this transpiration mechanism by collecting this water vapor instead
of allowing it to enter the air and transforming it into potable water and clean energy.
Simply static electricity creator plastic tank near the plants has been proposed to be
installed to trap all the water vapor as the latter is attracted by the force of static electricity [9–11]. This is because water vapor has positive and negative charges and the
electrons that end up on static electrical force have a positive charge, while water
molecules have a negative charge on one side; the positive charge of static electric
force and negative charges of water vapor pull each other closer together; the positive
side tugs the direction and forces the water to get collected in a tank and be treated in
situ to meet the domestic water demand [12–14]. A certain amount of water shall be
allowed to pass through an electrolysis process to produce clean energy (hydrogen)
and the by-product O 2 will go into the air to balance the environment.
Calculation revealed that just five standard oak trees can meet the total water and
energy demand for a small family throughout the year. Since the groundwater strata
are getting to a finite level faster and global energy demand and global warming are
getting to a seriously dangerous level putting earth on a vulnerable condition, these
three vital issues must be resolved immediately [15–17]. Interestingly this new finding has the total solution to solve the global water, energy, and environmental crisis
for the survival of this planet which will indeed open a new door in science.
Materials, Methodology, and Simulations
Generating Static Electric Forces
This research intends to create a Hossain static electric force/field (HSEF = ɧ) that
would allow water to be harvested from the air after it has been released through
transpiration from plants. In the suggested model friction created by the contact of
the insulator and the plastic tank will draw in water vapor [6, 7]. When attempting
to incorporate the HSEF within the plastic tank, we can use MATLAB software to
perform calculations of albanian local symmetry that permit the consideration of
data field symmetry and also the Goldstone scalar as it relates to the longitudinal
mode assumed by the vector [17, 18]. Thus, every particle Τ
α
in the local symmetry
that undergoes spontaneous breaking has a matching gauge field of A x
µ
α
( ) with
HSEF commencing functioning at local U(1)-phase symmetry [19–21]. The model
therefore comprises a complex scalar field Φ(x) having a static electric charge of q
that integrates with the EM field A
μ
(x). The model’s expression integrates ɧ
= −
+
− ( )
∗
∗
1
4
F F
D
D
V
v
µ
µν
µ
µ
Φ
Φ
Φ Φ
(22.1)
with
22 Global Environmental Equilibrium