Ending Illegal secrecy
SIRIUS DISCLOSURE
on SPACE JUNK and possible Moon attraction acting as the clean up of
low and high earth orbits.
SIRIUS DISCLOSURE
on SPACE JUNK and possible Moon attraction acting as the clean up of
low and high earth orbits.
TOTAL SOLAR ECLIPSE CLEAN UP DAY 2017
21 aug
by Henryk Szubinski
The only bad thing i can think of right now that makes space dangerous is the current state of the low Earth
orbit and the amounts of space garbbagge that exists there floating around and basically making a mess ,not
only for space ships but also for the health of the planet.
The types of wastes in space include metals, plastics and harmful gases. The way I think about this problem
makes me see some type of solution. That the comming TOTAL SOLAR ECLIPSE would be stationary in our
skies for almost half a day and that gives the Moon ample chance to clean up the orbit by it's gravity attraction.
So the Eclipse will clean up the higher and lower Earth orbits. What happens then ?. Well the Moon has done
us a favor because the Moon will pull the total of many thousands of tonnes of space JUNK to it's surface where
it could be used by settlers on the Moon to build and use fuel that would be enough to survive on the Moon without
so much a finger moved by the space shuttle making very expensive missions to the Moon with thousands of tonnes
of metals for the future of space exploration on the Moon.
To make most of the observations of the eclipse on the 21 aug, the space junk will probably create a spiral
of junk visable from Earth as it spirals into the MOON , so from that, together with some basic knowledge of
SHADOW GRAPHS (seen below) , the data collected could help us define the way that matter interacts with space and
the spiral effect ,meaning that the observation would be closer to Earth than any extra galactic event that
would take us millions of years of images and photographs from the HUBBLE SPACE TELESCOPE as the
light displaces back and forth and the SPIRAL has CHANGED:
The spiral data could help us become space adventurers and also find new ways to use FREE ENERGY .
from this ;the eclipse will probably show the whole sky SPRINKLED with points of light= space junk.
To this;
Colour schlieren image of the thermal plume from a burning candle, disturbed by a breeze from the right.
This image may help to visualize the effects of space JUNK moving across the Solar eclipse.
This image may help to visualize the effects of space JUNK moving across the Solar eclipse.
from
Wikipedia
date 2017
aug 16
Schlieren photography is a visual process that is used to photograph the flow of fluids of varying density. Invented by the German physicist August Toepler in 1864 to study supersonic motion, it is widely used in aeronautical engineering to photograph the flow of air around objects.
The classical implementation of an optical schlieren system uses light from a single collimated source shining on, or from behind, a target object. Variations in refractive index caused by density gradients in the fluid distort the collimated light beam. This distortion creates a spatial variation in the intensity of the light, which can be visualised directly with a shadowgraph system.
In classical schlieren photography, the collimated light is focused with a converging optical element (usually a lens or curved mirror), and a knife-edge is placed at the focal point, positioned to block about half the light. In flow of uniform density this will simply make the photograph half as bright. However, in flow with density variations the distorted beam focuses imperfectly, and parts which have been focused in an area covered by the knife-edge are blocked. The result is a set of lighter and darker patches corresponding to positive and negative fluid density gradients in the direction normal to the knife-edge. When a knife-edge is used, the system is generally referred to as a schlieren system, which measures the first derivative of density in the direction of the knife-edge. If a knife-edge is not used, the system is generally referred to as a shadowgraph system, which measures the second derivative of density.
If the fluid flow is uniform the image will be steady, but any turbulence will cause scintillation, the shimmering effect that can be seen on hot surfaces on a sunny day. To visualise instantaneous density profiles, a short duration flash (rather than continuous illumination) may be used.
Shadowgraphs
"How space Junk may have variations of reentry types as the space junk makes it's way to the MOON:"
from Wikipedia
date 2017
16 aug
Blunt body entry vehicles[edit]
Various reentry shapes (NASA) using shadowgraphs to show high-velocity flowThese four shadowgraph images represent early reentry-vehicle concepts. A shadowgraph is a process that makes visible the disturbances that occur in a fluid flow at high velocity, in which light passing through a flowing fluid is refracted by the density gradients in the fluid resulting in bright and dark areas on a screen placed behind the fluid.
In the United States, H. Julian Allen and A. J. Eggers, Jr. of the National Advisory Committee for Aeronautics (NACA) made the counterintuitive discovery in 1951[6] that a blunt shape (high drag) made the most effective heat shield. From simple engineering principles, Allen and Eggers showed that the heat load experienced by an entry vehicle was inversely proportional to the drag coefficient, i.e. the greater the drag, the less the heat load. If the reentry vehicle is made blunt, air cannot "get out of the way" quickly enough, and acts as an air cushion to push the shock wave and heated shock layer forward (away from the vehicle).
Wikipedia
date 2017
aug 16
Schlieren photography is a visual process that is used to photograph the flow of fluids of varying density. Invented by the German physicist August Toepler in 1864 to study supersonic motion, it is widely used in aeronautical engineering to photograph the flow of air around objects.
The classical implementation of an optical schlieren system uses light from a single collimated source shining on, or from behind, a target object. Variations in refractive index caused by density gradients in the fluid distort the collimated light beam. This distortion creates a spatial variation in the intensity of the light, which can be visualised directly with a shadowgraph system.
In classical schlieren photography, the collimated light is focused with a converging optical element (usually a lens or curved mirror), and a knife-edge is placed at the focal point, positioned to block about half the light. In flow of uniform density this will simply make the photograph half as bright. However, in flow with density variations the distorted beam focuses imperfectly, and parts which have been focused in an area covered by the knife-edge are blocked. The result is a set of lighter and darker patches corresponding to positive and negative fluid density gradients in the direction normal to the knife-edge. When a knife-edge is used, the system is generally referred to as a schlieren system, which measures the first derivative of density in the direction of the knife-edge. If a knife-edge is not used, the system is generally referred to as a shadowgraph system, which measures the second derivative of density.
If the fluid flow is uniform the image will be steady, but any turbulence will cause scintillation, the shimmering effect that can be seen on hot surfaces on a sunny day. To visualise instantaneous density profiles, a short duration flash (rather than continuous illumination) may be used.
Shadowgraphs
"How space Junk may have variations of reentry types as the space junk makes it's way to the MOON:"
from Wikipedia
date 2017
16 aug
Blunt body entry vehicles[edit]
Various reentry shapes (NASA) using shadowgraphs to show high-velocity flowThese four shadowgraph images represent early reentry-vehicle concepts. A shadowgraph is a process that makes visible the disturbances that occur in a fluid flow at high velocity, in which light passing through a flowing fluid is refracted by the density gradients in the fluid resulting in bright and dark areas on a screen placed behind the fluid.
In the United States, H. Julian Allen and A. J. Eggers, Jr. of the National Advisory Committee for Aeronautics (NACA) made the counterintuitive discovery in 1951[6] that a blunt shape (high drag) made the most effective heat shield. From simple engineering principles, Allen and Eggers showed that the heat load experienced by an entry vehicle was inversely proportional to the drag coefficient, i.e. the greater the drag, the less the heat load. If the reentry vehicle is made blunt, air cannot "get out of the way" quickly enough, and acts as an air cushion to push the shock wave and heated shock layer forward (away from the vehicle).
The future of space exploration needs this message ; That for every place we settle on our way through the universe
will demand of us not to place space junk in orbit around the planets and stars that we settle and live on. The ignorance
in relation to this could create space junk the size of our Sun in just a thousand years, based on the way we are currently
going. IT would not take much longer for our human populace in every star system within 1000 light years that we would
have 1000 planets of space junk or 1000 stars full of it.
What are we to do ? in this question. Are we to ignore it?. The facts that we are a race of recyclers may help us to
not be totally desperate for the way we are. Space Junk can after all be recycled , but what happens when the amount
of space junk makes us ignorant to the answer that maybe "Humans species throughout the universe have amounted
galaxies of space Junk as the way to deal matter from our galaxy ,at some point, with other galaxies. What then? Will we
prosper by bying and selling Junk when we have no more room to live in,. Will we sell and trade Junk untill we end up in
INTERGALACTIC SPACE in total darkness , hoping we find some other way than being explorers of dark and deep space.
Are we humans so close to our own matter that we would be happy only when in total space ,being as such ready to surrender
or existance because we could live so long and end as far.
Would we by then know how to eclipse ourselves or would we continue to collect space junk untill it fills other galaxies and
their bubbles so that in the end we had made the whole universe "space junk" and are ready to throw it away as we
displace into another universe.Or will the deflation of the universe recycle all the SPACE JUNK into a new BEGINING
because of the pressure and the end of the universe and the BIG CRUNCH.
Perhaps on the way as we age and evolve we will realize that each galaxy has the RECYCLERS remaining at the
center of each galaxy disc as the remnants of the previous human civilizations or aliens that have constructed the
systems at the core for any amount of space junk to be converted to a "NON BIGH CRUNCH ".
The details are
1) the red and white spiral cyclinders and their red and white spiral circles that
GRIND down our space junk.
2) the MID SPECTRA PINK spheres as the STRINGS riding the waves of
matter that may be recycled as their motion towards the level 3)
being:
3) THe space constructs of artificial space layers where to keep the JUNK as
SPACE GARBAGE CANS (artificial space constructed from advanced physics).
Because we will not be able to hide our space Junk so we will at some time
in some thousands of years hide it in plain sight by constructing special spaces
in outer space for it.
4) Into the DIAL that makes every metal compressed and put into the GRIND
of the most used JUNK METAL= copper Cu 2+ and it's use to predict where
we would waste more metals so that some specific metal could be compared to
the wastage of other metal resources so that the UNIVERSE does not end, it simply
rotates the most common metal by some angle to absorb the INFLATION and
DEFLATION:
will demand of us not to place space junk in orbit around the planets and stars that we settle and live on. The ignorance
in relation to this could create space junk the size of our Sun in just a thousand years, based on the way we are currently
going. IT would not take much longer for our human populace in every star system within 1000 light years that we would
have 1000 planets of space junk or 1000 stars full of it.
What are we to do ? in this question. Are we to ignore it?. The facts that we are a race of recyclers may help us to
not be totally desperate for the way we are. Space Junk can after all be recycled , but what happens when the amount
of space junk makes us ignorant to the answer that maybe "Humans species throughout the universe have amounted
galaxies of space Junk as the way to deal matter from our galaxy ,at some point, with other galaxies. What then? Will we
prosper by bying and selling Junk when we have no more room to live in,. Will we sell and trade Junk untill we end up in
INTERGALACTIC SPACE in total darkness , hoping we find some other way than being explorers of dark and deep space.
Are we humans so close to our own matter that we would be happy only when in total space ,being as such ready to surrender
or existance because we could live so long and end as far.
Would we by then know how to eclipse ourselves or would we continue to collect space junk untill it fills other galaxies and
their bubbles so that in the end we had made the whole universe "space junk" and are ready to throw it away as we
displace into another universe.Or will the deflation of the universe recycle all the SPACE JUNK into a new BEGINING
because of the pressure and the end of the universe and the BIG CRUNCH.
Perhaps on the way as we age and evolve we will realize that each galaxy has the RECYCLERS remaining at the
center of each galaxy disc as the remnants of the previous human civilizations or aliens that have constructed the
systems at the core for any amount of space junk to be converted to a "NON BIGH CRUNCH ".
The details are
1) the red and white spiral cyclinders and their red and white spiral circles that
GRIND down our space junk.
2) the MID SPECTRA PINK spheres as the STRINGS riding the waves of
matter that may be recycled as their motion towards the level 3)
being:
3) THe space constructs of artificial space layers where to keep the JUNK as
SPACE GARBAGE CANS (artificial space constructed from advanced physics).
Because we will not be able to hide our space Junk so we will at some time
in some thousands of years hide it in plain sight by constructing special spaces
in outer space for it.
4) Into the DIAL that makes every metal compressed and put into the GRIND
of the most used JUNK METAL= copper Cu 2+ and it's use to predict where
we would waste more metals so that some specific metal could be compared to
the wastage of other metal resources so that the UNIVERSE does not end, it simply
rotates the most common metal by some angle to absorb the INFLATION and
DEFLATION: