Rocket Sciences, Future Space Shuttles Can Be Use For Existing Space Shuttle Designs

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, including writing of  Rocket Sciences, Future Space Shuttles Can Be Use For Existing Space Shuttle Designs are open, some writings are openly shared. Unless I sleepwalk and I say the word I imagined I opened a company, I imagined I opened companies. Thank you for keep reading my blog.

Actually I want to say welcome to Hani which already comes here to the blog to see the writings, she is also the family members which visit me when I sleep walk at night. Hani is also a Korean singer from group singer Exid from Korea, if you are listening to Korean songs.

New writing here at Satellic radars and satellic radars receivers at another link, please keep scroll down at the link after you open until you see the writing, https://shuyingwritings.blogspot.com/p/satellic-radars-and-satellic-radars.html

Rocket science, this isn't a standard thing a person would write, it is a temporary writing, I used to think I have a family after I sleep walk, what I think the a space shuttle design can be, I think for a space shuttle it needs layer of stainless steels, layers of stainless steel and layers of stone, windows, windscreen of space shuttle made of large crystal, precious stones size of space shuttle window and windscreen being cut. Space shuttle cabin pressure regulated it has oxygen supplies oxygen generators.

 

The picture above is obstacles detection,
 

seconds when waves bounce 

back and received by waves receiver

converted to thickness by inversely

scaling them such as received by 0.1 

second equal to 9meter thickness 0.2s equal to 8 meter thickness, distance of

object located calculated by speed of waves from emitter machine such as

emitter says waves speed 10 billion light years per second, wave bounce back received at 0.1second divided by 2 for to and fro journey by wave equal to 0.05s then 0.05 s times 10 billion light years per second equal to the distance of object location.

 

obstacles sizes waves machines and obstacles shapes waves machines can be used together if you use slightly different waves for all waves of obstacles sizes waves machines and obstacles shapes waves machines , the obstacles sizes waves machines receivers and obstacles shapes waves machines receivers must know the slightly different waves for all waves of obstacles sizes waves machines and obstacles shapes waves machines so each wave emitter waves are slightly different from the other wave emitter waves such as emitter waves types, waves length. They have gps screen with travelling to show the directions of travels, size or shape of obstacles, you can have two gps , one showing the size of obstacles, another showing the obstacles shape. For both obstacles size, obstacles shape emitters and receivers they covering the whole body of the space shuttle, transportations, military transportations, including wings if they have. Obstacles sizes waves machines and obstacles shapes waves machines they use another machines to make the waves bounce back distance longer after the waves reach the obstacles so the receivers can receive the waves, you can use waves sensors to calibrate them by placing the waves sensors at the receivers to see if the bounce back waves arrive at the waves receivers. If you are would like to use obstacles sizes waves machines and obstacles shapes waves machines in other transportations, military transportations you can use them too..

 

If you are interested in waves machines you can buy them from google, they are suitable for all transportation uses, space rockets, space shuttle uses and others, google have the latest version of them, and they will explain why especially military jets will follow pathways drawns following direction of returning waves, another thing about waves machines are they require experimentation, the return waves you must choose waves machines, waves types with longer returning waves travel distance, either you use another machines which make the waves machines returning waves travel longer returning distance, experimentations such as where the receivers place and adjusting the videos, the pictures the waves make and you look at.

 

The space shuttle has steerings and gear shifts.

 

The waves for obstacles detections are installed to space shuttles, shapes drawn by the plotted graph appear in another gps which modified to show the obstacles, the location of obstacles and the direction to travel and  its distance just like arrow in gps to avoid the obstacles.

 

I wasn't sure the space shuttles which made up of layers of different metals, different metal plates, you can experiment with them.

These space shuttles launch without launcher, they usually launched, fly horizontally, not vertically, usually.....if you make them into rocket shape then they require launcher and launch vertically.

The space shuttle will keep the bottom propulsion switched on, using the bottom propulsion, control the bottom propulsions with an extra hand lever, hand gear shift gas pedal. The space shuttle has gas pedal for its standard propulsions and brake pedal and a handbrake.

Different waves emitter machines each have different waves speed such as waves traveling at 100 billion light years per hour,1 trillion light years per hour, 1 quad trillion light years per hour and other faster speed of waves traveling, you need to calculate to turn light years per hour to light years per second. Different waves emitter machines with different wave speeds, waves travel range( 10 billion light years,100 billion light years ,1 trillion light years , 1 quad trillion light years, faster) and waves receivers can be use together for obstacles detection.

 

make sure you stop your spacecraft, space telescope, space shuttles, others when you use the waves machines stay in stationary because the waves machines can only receive waves when spacecraft, space telescope, space shuttles, others when they are in stationary, stay in a place or you use your propulsions adjusting them to stay at the same place to help you stay afloat at the space, take referencing from writings at the some military jets some military helicopters equipments. 

Another edition for waves machines to be attached on space shuttles is 360 degree obstacles avoidance radar without obstacle shape only obstacle size,  the waves machines will emit waves 360 degrees from waves emitter surrounding the space shuttles at 360 degrees the  waves emitters and waves receivers covering the whole body of space shuttle including its wing, the space shuttle screen will show the direction of waves emitting and direction of waves receiving, only fast type of waves are use, experiment with different fast waves machines with fast waves travelling speed, the waves are fast but they do not penetrate the obstacles, the waves receivers will approximate where the waves will return to which receivers on the space shuttle,they waves machine will tell the space shuttle on the screen the waves travelling at what speed and to wait for the waves return please travel at what speed in light years, the pilot of space shuttle can drive, maneuver space shuttle waiting or without waiting the waves to return at the speed shown at the screen, so is like the waves emitted from the front of space shuttle, the waves receivers at middle and back of space shuttle is waiting for the returning waves, the space shuttle is full of waves receivers and emitters with covering protect them from atmosphere burning the asteroids. So at the space shuttle screen will show the square meters the size of obstacles by the fastest waves the receivers receive.. such as it receive 1000 dots of waves at size of 3 meter square they means the obstacle size is 3 meter square, the space shuttle screen and waves machines will approximate the scattering size of waves at different light years and divide them to the right size of obstacles, such as thw waves scatter to the size of 15 meter square from 3 meter square emitted from waves emitter waves machines will divide by 5, they will readjust, you can also use waves machines which emit waves without scattering so original square meter size of waves will remain the same at any light years the waves travel, or you experiment with waves machines which waves travel faster. Experiments are to perfect this edition of waves machines. Make sure when you use the obstacle shape and size waves machines you switch off the obstacle size detection only waves machines, when you use obstacle size detection only waves machines you switch off the obstacle shape and size waves machines.You must stops multiple times when you travel using shape obstacle shape and size waves machines to use them or you map the universe with obstacle shape and size waves machines and print them use them like maps with obstacles distance placed on maps before travelling, either way. Obstacle size detection only waves machines you will always switch on them for you to travel, just like reverse sensor on space shuttle. Both editions of obstacle shape and size waves machines and obstacle size detection only waves machines can be used for rockets of any size the rockets, the rockets have the wings like structure at bottom which are maneuverable turning the wings to any angles, can be steered together with the propulsions from the rockets remote control and remote controls at the space station, usually people will attach some propulsions at 90 degrees to the space rockets to keep rocket afloat at space, especially when you use both editions of obstacle shape and size waves machines and obstacle size detection only waves machines, read about how to use them at this writings, same also for rockets make sure when you use the obstacle shape and size waves machines you switch off the obstacle size detection only waves machines, when you use obstacle size detection only waves machines you switch off the obstacle shape and size waves machines.

 Space shuttle maneuver with the all the wings able to turn, rotate, they can choose propulsions nearest to wings tips so that they will decrease the propulsion by space shuttle fuel paddle fuel so the space shuttle can turn to the directions, such as turning left side the right side space shuttle propulsions increase fuel, left side space shuttle propulsions decrease fuel, such as turning right side, left side propulsions increase fuel, right side propulsions decrease fuel, the propulsions behind the space shuttle all have 360 degree rotation for directions maneuver, they need to test them out to perfect them such as the propulsion nearest to the space shuttle removed two at each wings above and bottom of the two wings, to prevent the flame of propulsion too close to space shuttle touch the space shuttle, the flames cause darkening at the outer wall of space shuttle. Make sure the wings, propulsions decrease increase fuel, back propulsions maneuver together if to left to the left together, to the right side to the right side together. If for plane and jet you can try these maneuvers mechanisms too.

 Space shuttle equipped with radar using waves emitting machine emitting waves light years away bounce back to create pictures to videos of obstacles at the front with light years of obstacles written, sounds like a reverse sensor and 20 left right signals light arranged in a circle shape, radar is used to avoid obstacles including protecting its wings, space shuttle combustion chamber has metal lighters to ignite fire for combustion, the lighter has a tank of large amount of lighter fluid and the lighter has its separated oxygen tank with lighter fuel pump for lighter fuel, it has lighter fuel meter at speedometer, electronic pumps control amount of lighter fuel to the lighters, space shuttle fuel made from solid hydrogen with chemical structures which promote a directional explosion, the directional explosion creates propulsion to the back of space shuttle, solid hydrogens possibly salts are activated by solid hydrogen activator at the back of space shuttle. The solid hydrogens solids, salts shapes like rods chemically made and cut so the chemical structures creating the directional explosive propulsion are facing the back of space shuttle propulsion to direction of universe, the fuels feeding system, fuel ignition activation system made from activator from chemical industry, chemical machinery installed to the propulsions , the hydrogen salt chemical structures which create directional explosion are divided into categories, one category of directional explosion of hydrogen salt chemical structure will make one type of directional explosion hydrogen salt fuel rod, I wasn't sure different categories chemical structures directional explosion in hydrogen salt can be used together (mixture to two to more than two categories) they will need experiments to find out about it ,  space shuttle has two wings which has several propulsions attached, 20 or more at both wings at top surface of wings, back of space shuttle  and bottom surface of wings, bottom propulsions facing downwards is for lifting the space shuttle to a height and next fly the space shuttle normally, it has gaseous oxygen tanks for fuel combustion, wasn't sure solid oxygen with oxygen generators suitable to use (experiments will determine if the solid oxygens, solid state oxygens with oxygen generators are suitable to use, other potential gas types included in combustions if present also determine from combustions experiments ),   the landing gears of space shuttle made of fully stainless steel just like a some river bank excavator stainless steel plates tyre,  space shuttle must be replaced to new ones after frequent flying it, reverse propulsions are brakes of the space shuttle with propulsions attached oppositely at wing  so like 20 standard propulsions there would be four propulsions installed oppositely for braking, the fuels are quality checked with a an unclosed box made from tile, so the tiles are flaps at six surfaces of the box, a machine activated, ignite the fuel so the burned fuel open the box at the desired direction, being marketed to space shuttle market the space shuttle can be made to different designs including designs which consist only thick stainless steel layer at bottom with all propulsion and its engines, placed with goods, cargo, then only cover with a rectangle cargo container shape cover with layers of stainless steels, layers of stainless steel with layers of stones cut to shape of rectangle, it has engines, wings, landing gears, several  propulsions facing bottom, several propulsions attached horizontally propelling horizontally with maneuvering cabins for space shuttle, it has landing gears, the containers cover can cover tightly no flame seen inside when tested with lengthy transmission camera inside the container in atmosphere which is burning comets, quality check with flame testing can be achieved too. 

The space shuttle will keep the bottom propulsion switched on, using the bottom propulsion, control the bottom propulsions with an extra hand lever, hand gear shift gas pedal. The space shuttle has gas pedal for its standard propulsions and brake pedal and a handbrake.

The space shuttle has good air conditioners inside to counter the heat from the atmosphere from earth(wasn't sure if other planets have such atmosphere to burn comets too) which burn the comets. 

If people wanted to use space shuttles for moving houses, buildings, usually they break the walls of old buildings, use a bulldozer to push all their stuffs, they diy metal plates with 4 wheels from hardware store and place them under their stuffs then push all of them with bulldozer to the space shuttle space like container.some people install wings to container afterward, some people have convertible wings to the container.

 Make sure you check on all waves related devices at the space shuttle or attached to space shuttle the emitters, receivers should be modified TV antennas and buy modified TV antennas for all waves types from Google for references. Please go to google to purchase all updated consumer products for references, purchase Google plastics for referencing, use plastics from google, also make sure all circuit boards in the space shuttle and equipments attached to space shuttle have circuit board with circuit board drawing as the circuit with shortened circuit board length purchase these circuit board from google for referencing, those processors, with integrated circuits chips, electronic chips have directly soldered wire of electronic components to them purchase these processors integrated circuits chips, electronic chips have directly soldered wire of electronic components from google for referencing. Make sure you always go to google to see any consumer products updated and buy those products for referencing.

Make sure you get heating elements at the surrounding flame of the space shuttle to connect to a steam piston electricity generator to generate electricity for the space shuttle, bring a fully charged battery to space shuttle, I am not sure if you need to always fully charge battery every time you use your space shuttle, space shuttle using electricity  from the steam piston electricity generator and the battery, batteries are also great thing because the space shuttle have two different electricity being supplied to space shuttle.

You can make the waves machines and the space shuttle to calculate the extra distances such as deduction, addition of distances travelled by space shuttle to improve accuracy of the range of obstacles for two types of waves machines, they can make another calculation base on the distance on the emitters and receivers too, such as deduction and addition of distances, deduction, addition of distance from scattering of waves if they use scattering waves, deduction, addition of distance from other factors which involve improvements of obstacle, planets, others range,  you can try slightly different waves types emitted to improve receivers recognition on the waves to improve obstacle, planets, others range calculation, like everytime the emitter emitting waves they will make sure all the waves not the same, slightly different waves types.

 Reverse propulsion braking fancy word is reverse thrust braking, if not fancy word it would be reverse propulsion propulsions placed, attached oppositely

 To drive, manuever the space shuttle, the pilot will use the bottom propulsions to raise the space shuttle to the air and then fly it, when arrive at destination, the pilot use the bottom propulsions to lower space shuttle and land the space shuttle to the ground. 

We find out waves travel in straight line like in the picture below,

 

The space shuttle has mix of 50% receivers with motors and 50 percent of receivers without motors, the emitter with motorized receivers, the nose of space shuttle and the front part of space shuttle has mix of receivers, motorized receivers, emitters, the space shuttle 6 sides with the wings have the same mix of 50% receivers with motors and 50 percent of receivers without motors, the emitter with motorized receivers, there are different screens for the emitters and receivers showing where the obstacles distance of obstacles and the location of space shuttles, how to avoid the obstacles, when the space shuttle travel fast the receivers at the back still recognize the waves and know which emitters emit the waves in the waves machines data they are emitting slightly different waves,   please update the same thing with the satellites and waves products after this and determine how much slightly different waves recognized by the receives required by the emitters.

I think it works if people discover new oxygenated planets which human can breath.

You can make space shuttle design into rockets shape, then you try to make the cost lower if you want to reduce cost, just let say. Don't forget to add another 4 bottom propulsions like a wooden chinese bench you place the 4 propulsions like you place the legs for the wooden chinese bench, so you switch on the 4 bottom propulsions while steering the rocket, these 4 bottom propulsions have mechanism make sure the 4 bottom propulsions always facing downwards and stop the rocket keep rolling in the air. They help to stay afloat at the air horizontally. Maneuver the rocket when going left and right , different directions use the 8 propulsions and the propulsions at the back of rocket which can rotate to control directions to push it to directions together.

The rocket will keep the bottom propulsion switched on, using the bottom propulsion, control the bottom propulsions with an extra hand lever, hand gear shift gas pedal. The rocket has gas pedal for its standard propulsions and brake pedal and a handbrake. I will place landing gears, windscreens, windows and a door if let say to land them on planets, I will check out any parts I miss out from space shuttle to make to rocket in this writings.