Better anti tank rifles

Better anti tank rifles

Goals: Shoot further, more power and velocity and more accuracy.

Weapon system
1 The sniper or anti tank rifle design
     Everything that can be improved to improve velocity and distance.
      And still keep it safe

1 Recoil control
     Technology
 Technique

The cartridge and the bullet.
1 The calibre

2 The propellant
3 The bullet design
     For example more arodynamic like current boat tail and rippled bullets.

And a better scope, sight

Sketch by JK in 2016

I wrote all of these documents on my tablet

I wrote all of these documents on my tablet.
I will try and improve everything when I have a PC or laptop again.

A giant optical glass lens that focusses sunlight onto a pillar to turn water into steam

A giant optical glass lens that focusses sunlight onto a pillar to turn water into steam

Design:
A giant optical lens to focus sunlight into a single spot.
A pillar on which the sunlight is focussed.
 A black pillar might work best.
A bassin with water.
 The pillar is partly inside this bassin.
A turbine driven by steam.

Part 2:
 The pillar should be highly resistant against the high temperatures and should be an excelent conductor of heat.

 The best type of lens with the right measurements.

 The giant optical glass lens should rotate with the sun and focussing should go automatic.

Safety:
 Safety is very important, because of the very high temperatures.

Design 2:
 A row of multiple big optical glass lenses and multiple pillars to catch the focussed sunlight.

From Jeffrey Koelewijn
30 november 2016

Better thermal heat, sunlight reflection typed power generation

Better thermal heat, sunlight reflection typed power generation

The best reflective material
The best sizes and geometrical shape for the reflectors
A better pillar, with better heat conduction and with more ability to absorb heat
 A black pillar might work
A better steam turbine and overall design

With the reflectors rotating to the most optimal position to reflect the most sunlight.

By Jeffrey Koelewijn in november 2016

Experiments for growing artificial lonsdaleite

Experiments for growing artificial lonsdaleite.

And tests for discovering potence for use in electronics.

By Jeffrey Koelewijn in november 2016

Better sniper rifles

Better sniper rifles.

Goals: Shoot further, more power and velocity and more accuracy.

Weapon system
1 The sniper or anti tank rifle design
     Everything that can be improved to improve velocity and distance.
      And still keep it safe

1 Recoil control
     Technology
 Technique

The cartridge and the bullet.
1 The calibre

2 The propellant
3 The bullet design
     For example more arodynamic like current boat tail and rippled bullets.

And a better scope, sight

Sketch by JK in 2016

Cubic boron nitride and carbon nitride, boron carbon nitride and metal borides armour piercing bullets

Cubic boron nitride armour piercing bullets.
 A full cubic boron nitride penetrator
 Maybe a design where it is fitted on a sabot.
 Or on a normal type of penetrator.
  With the pointed gem fitted on the penetrator.
   Partly inside the end of the penetrator.
  With 3 parts fitted near or against the point of the penetrator.
   Inside grooves so the penetrator is smooth.

Carbon nitride armour piercing bullets.

Boron carbon nitride armour piercing bullets.

And metal borides armour piercing bullets.
 If possible a sabot design. Or normal penetrator.

With the right designs.
And through testing.

By Jeffrey Koelewijn november 2016

Wurtzite boron nitride armour piercing bullets

Wurtzite boron nitride armour piercing bullets.
Full wurtzite boron nitride penetrator
Or maybe fitted on a hard steel or tungsten carbide penetrator.
 Without any outsticking wurtzite boron nitride, the penetrator should be smooth.

By JK in 2016

Artificial gem penetrator armour piercing bullet

Artificial gem penetrator armour piercing bullet.

The artificial gem should at least score 9 on the mohs scale of hardness.

Design: 1
A copper jacket, lead seal, mild steel cup, the artificial gem penetrator and more.
2
Paint an external coating a steel jacket a lead alloy and then the artificially gem penetrator.


To find out:
How good they work.
How good they work compared to tungsten carbide.
 Also extra: The weight difference compared to tungsten carbide with the same                    measurements.
What the cost is and if its worth it.


Update:
 Problem; they might shatter


By JK in 2016

Growing gems

Growing gems artificially.

A design with tungsten pressure pistons.
 Tungsten is a metal with the highest melting point.


Documents with how to grow all kind of gems.
With information like;
 The overal design of the athmospheric pressure device.
 The weight and measurements of the seed gem.
 The amount of athmosperic pressure, the amount of heat.
 What to add.


 And tests to see if you can grow a diamond with a sample from an artificial diamond.

.
Applications:
For drills.
For electronics.
 Gems can be of importance to electronics.
 For example diamond is highly conductive.
Simply for selling.
 Mainly as cubes.

By Jeffrey Koelewijn

Radio pulse turrets

Radio pulse turrets.
 For shooting down vehicles, helicopters, air drones and more.

By JK in 2016

Radio pulse rifles for shooting down air drones

Radio pulse rifles for shooting down air drones.

By JK in 2016

To improve list (Will be updated here and there)

To improve list.

Energy production;
 Better photovoltaics.
 Better wind and water energy.
  Better and new designs and better dynamos, generators and turbines.

Transport;

Computers;

Electronics;
 Better electronic components.

Space technology;
 New and better propulsion.

Recycling;
 New and more methods and processes.

Packaging;
 Better packaging.
 Other packaging.

Better windmills and water turbines

Better windmills and water turbines

Aerodynamic wind tunnel tests with scale models
 With different designs from normal to axis wind mills
 And with normall windmills; different rotor blades
 Length, width, thickness. Different shapes and forms


Hydrodynamic water tunnel tests and other tests with water turbine scale models.

By Jeffrey Koelewijn in 2016

Tests and experiments for the most optimal dynamos, turbines and generators

Tests and experiments for the most optimal dynamos, turbines and generators
Tests with:
The material of the wire
 For example comparing copper and alluminium.
 And also tests with other wires. For example: with better conductivity or with better diamagnetic properties or maybe even wire with paramagnetic properties.
And tests with and without an insulator.

Important: The same rpm, the same magnet, the same wire thickness, the same windings, the same coil but with another wire.


1 The thickness of the wire and the amount of windings.


2 The type of magnet.
    The strength the size and also the form or shape.


3 The turning speed.


Formulas and thumb rules.


Other:
 A pump typed dynamo, where the magnet goes up and down.

 A combination of the magnet goes up and down and rotates.


Update:
 The best and most effective gears system.

 The best bearings.

 The best grease.


Update:
 Current coil or a 2 sided bar rotating in between a magnets north and south pole.
  Tests with different metals. With different magnet sizes and strengths.


Update:
 Different types of coils and efficiency tests


By Jeffrey Koelewijn




   

Superconductor wire dynamo experiment

A dynamo made with superconductor wire

Design:
 A casing, also for the wire
 A magnet that can be spinned around in the casing
 Wire that becomes a superconductor in contact with liquid nitrogen
 Injection of liquid nitrogen into the casing with the wire
  The casing should be partly closed
And a meter to see how much energy is produced

Safety is important with this experiment.


In the future a high temperature superconductor might be used.


By JK

Through wall imaging for the military

Through wall imaging for the military.


To see more precisely how many enemies there are.

To see where the enemies are taking cover.
And to see where to shoot.


For situations where there are hostages to get a good clear view and for better more precise planning.


By JK

A project to see how well carob trees can grow in the west

A project to see how well carob trees can grow in the west.
Carob has similarities to cacao.
And it can also be made into powder, chips and bars and be sold and eaten.

Fortunality carob trees grow in middle eastern climates and might grow very well in hot houses or in warmer western regions.

Extra:
When chocolate is mixed for hours it becomes smoother, maybe carob also becomes smoother when mixed for prolonged periods of time.

By Jeffrey Koelewijn

What form of energy for example wind, water or solar energy and the efficiency

What form of energy for example wind, water or solar energy and the efficiency
1
What is the most efficient greatly depends on for example how much the sun shines or how much the wind blows.
 Regional metereologic information can tell a lot about what's the best to use.

Or maybe there is a river nearby where a dam and or normal turbines can be placed.

2
How much it costs to place a windmill and how much does it produce.
And how many solar panels could be placed from this money and how much could they
produce.
And what are the durabilities.


Written by Jeffrey Koelewijn

A fast armoured vehicle, place for multiple soldiers with high efficient body armour and the right fire arms

A fast armoured vehicle , place for multiple soldiers with high efficient body armour and the right fire arms.

Armoured vehicle design:
The best bulletproof glass.

Bulletproof doors.

Special tires.

Holes to fire through, which can be opened and closed.

Machine gun on the top of the vehicle which can be operated with a ballistic shield.

Extra plated doors for cover.
And optional:
 And an unfoldable plate for low cover,
The door can be put in a 90 or 180 degree angle, manually or with the click of a button.

A camera that shows the road for if the glass is broken.


Also possible: 2-4 km an hours driving and progression into enemy territory.


Vulnerabilities:
 Tank fire
 Bazooka's 
 IED
  Can be countered with extra plating

New chess game designs

Design one:

With 9 pawns
Two towers, two walkers, two knights, one elite assassin, one commander and the king.

 The commander at the right of the king and an elite assassin, spy at the left side of the king.
 The commander can move up to three squares to all directions and can go one step diagonal when facing an enemy.
 The elite assassin can go in every direction over the whole field


Design two:

With 10 pawns
Two towers, two spearman, two walkers-assassins two knights a commander and the king.

Spearman can walk two squares.
The commander can move up to three squares to all directions and can go one step diagonal when facing an enemy.


Design three:

With 4 pawns two towers and 2 spearman in the front row
Two assassin-walkers, two bowman, two knights an elite assassin and the king.

 Spearman can walk two squares.
 Bowman can shoot up to three squares forward.
 The commander can move up to three squares to all directions and can go one step diagonal when facing an enemy.
 The elite assassin can go in every direction over the whole field.
 
 

New card game decks designs

With 1-10 an aristocrat-jack a swordsman or spearman a king and an ace card.

With 1-10 a marksman-bowman a spearman or swordsman a king and an ace card.

A big playing card game deck with 1-10 a farmer, a marksman, a spearman or swordsman, an aristocrat-jack and the king and the ace card.
 64 cards total.

 
And jokers can also be included with all three playing card game decks.


By Jeffrey Koelewijn

Experiments to see what's the best nm, colour wavelength for a laser power plants lasers

Experiments to see what's the best nm, colour wavelength for a laser power plants lasers.


By Jeffrey Koelewijn

A transpirant insulated green house with extra heating from sun or wind energy

A transpirant insulated green house with extra heating from sun or wind energy.

With solar panels or wind turbines powering electric boilers or heaters.
 Especially for in fall and winter time. Together with lighting.

And its important that there is enough air moisture.


Other:
Extra heating from the sun is possible with long and or broad black basins with water, pipelines and a pump for pumping the heated water through the green house.
 But this only works in warm climates or in around spring and summer time.

By JK in november 2016

Transpirant insulation ideas for agriculture

Especially for agriculture; maximum sunlight and very good insulation.

Ideas:
One 1:
  Stretched, semi covered or a thin layer between two air tight layers of glass
One 2:
 Maybe a combination of cellulose and transpirant material
Two: semi transpirant, dimmed light.
 More transpirant material less cellulose
Three: almost full to fully transpirant.
 Only transpirant material

By JK in november 2016

An environmental safe battery

An environmental safe battery.

For example you can generate an electric current with salt water (an electrolyte) and copper and zinc or alluminium, also called a salt water battery.
But this battery isn't strong enough.

So a good environmental safe battery would need a much more powerfull environmental safe electrolyte.


Update:
A specialised voltaic pile with a special electrolyte might give progression.

Maybe a glowing fluid, liquid.
 Non toxic fluorecent. And maybe with an added electrolyte which in combination is not a problem.
 Extra update: Quinine(present in tonic water) an electrolyte and sunlight or concentrated UV light from a UV light bar.

Update 2:
An electrolyte is a liquid or gel which contains ions and can be decomposed by electrolysis

A list of electrolytes:
 Sodium, calcium, potassium, chlorine, phosphate, magnesium and bicarbonate.

Extra update: A list of metals that can together generate electricity with an electrolyte and tests how good they work.

Update 3:
Tests and measurements with the amount of water and the amounts of electrolyte

Combining two, three or more electrolytes.


Step 2: a reloadable environmental safe battery.


Extra update, special update:
Sea water electrolyte power plant.
First: Tests to see if a bigger container with salt and water and bigger plates, pipes, plates or poles of for example copper and zinc do generate more current.
Tests to see what the best metals are to use.
 Extra: The sea water also constantly moves, this might have a possitive effect.




By JK in 2016

Near frictionles or frictionles dynamo

A frictionles dynamo where the magnet is levitating and being hold in place
and around the magnet a coil to produce energy when the magnet rotates.


HTS high temperature superconductors could make this technology possible.


By Jeffrey Koelewijn in 2016


Update: Vacuum ?

Agriculture open building system

A high building with as much open space as possible, with maximum sunlight.

Somewhat dimmed light where there is just enough sunlight.
And places where the sunlight doesn't reach enough, should be extra artificially lighted.

By JK

a weak to moderately radioactive element alloy (idea)

a weak to moderately radioactive element alloy (idea)

The idea is to make an alloy with two weak or to two moderately radioactive metals.
 Offcourse this experiment should take place in a specialised lab.

This or these alloys might be of importance to nuclear energy production.

By JK in 2015

Experiment to see what happens if you suddenly put together around the coldest liquid gas with around the hottest possible matter

Experiment to see what happens if you suddenly put together around the coldest liquid gas with around the hottest possible matter

Safety:
This experiment should take place in a specialised lab.


The idea is to suddenly combine for example -273 degrees celcius or colder liquid gas with molten tungsten with a temperature of around 3410 degrees celcius.

Using around 3550 degrees molten carbon is also possible.


Update: Probably leiden frost effect. But maybe more.

Update:

 -269 liquid helium and boiling tungsten of 5660 degrees celcius

Update:
Maybe pouring the molten or even boiling tungsten in to the liquid helium.

Update, extra:
Pouring boiling carbon of 4827 degrees celcius in to liquid helium of -269


By Jeffrey Koelewijn in december 2015

Important with bulletproof technology 2

Important with bulletproof technology 2


How it stops the bullet:
 For example by hardness or by catching the bullet.

 Ceramics and hard carbon steel plates stop the bullet by hardness.
 While kevlar textile catches the bullet with high tear resistant synthetic fibers.

Stopping the bullet with both hardness and strong tear resistant catching is also possible, for example with bulletproof glass: the glass is hard and the polycarbonate is strong and flexible and catches the bullet.


Gells stop the bullet because the surface area is hard when hit or shot with a certain amount of power and speed. and the gells also have a stopping power along the whole way.


By JK in november 2016

A submachine gun, an ammunition filled backpack and an ammo guider

A submachine gun, an ammunition filled backpack and an ammo guider

Design:
A submachine gun.
A backpack full of ammunition.
And an ammo guider from the backpack to guide the ammunition to the firearm.


Important:
Through testing and a manual.


By JK

Stainless steel knife or dagger with extra freeze tempering (idea)

Stainless steel knife or dagger with extra freeze tempering.

By JK in november 2016

Important with bulletproof technology

1 What it stops

2 The cost

3 The weight

Written by Jeffrey Koelewijn in 2016

Bulletproof technology ideas - Special metallic plates with holes or metallic foam

Special metallic plates with certain sized holes or Random sized holes.
 Important: the holes should not reach the other side of the place.

Or a special type of metallic foam.

These plates are lighter then solid plates
And
 Possibly: they change the angle and trajectory of the bullet.
  Scratch the bullet.
 And the air pockets also have an effect.
  Also important they can deal better with heat

Other things to improve the bulletproof capabilities might be:
 Filling the holes with kevlar.
 Filling the holes with a special type of foam.

Dipping the whole design in a special type of rubber for a rubber coating.

By JK in november 2016

A couple of magnetic experiments

Some interesting magnetic experiments.

Warning: Some of the following experiments are dangerous and should be done in the right environment and with the right safety measures

1
Firing a neodynium or a strong electromagnet through an aluminium or copper pipe.
 Copper and aluminium have good diamagnetic proporties
Important :
 The pipe should be fixed on to something so it won't move.
 And safety is required.

Firing two strong electromagnets at each other.
    With one magnets north facing the other magnets north, set at repelling
    Or with attracting, north facing towards south for example.
Two: Firing two magnets at each other inside a diamagnetic tube.
  Set at repelling each other or attracting.

Firing a neodynium or electromagnetic at a suoerconductor type I or II.


2
A test to see hoe much current is created when a magnet is fired through a long non diamagnetic tube or pipe with a copper coil around it.
 First scale models then bigger models if the outcomes are positieve.


Non dangerous:
3
Levitating an electromagnetic above a superconductor.


By Jeffrey Koelewijn in 2015 and 2016

An electromagnetic EM tractor beam magnet

A tractor beam\inverter magnet made with electromagnets

Important:
Safety required

By JK in 2015

An air drones base for military purposes

 Build on a ship for example or at home base.

With stand on type wireless reload on the spot.
Or simply with cables.

By JK in november 2016

Military air drones armed with radio pulse guns

For shooting down vehicles tanks and helikopters.
Or for direct EWCM reasons (destroying equipment)

By Jeffrey Koelewijn in november 2016

Military air drones with solar cells

For self reload and longer flight times with the best photovoltaics.

Two sledgehammer designs

Two sledgehammer designs.

Design one:
 A sledgehammer with three or four knots by the striking part of the hammer.
With tests to see if it tears down more concrete rapidly.

Design two:
 A sledgehammer with a slightly flexible but durable handle.

 By Jeffrey Koelewijn in 2016

A one person tent with a pipe tube and a screw cap

 A one person tent with a pipe tube and a screw cap.

A durable waterproof one personeel tent with a pipe tube and a screw cap.

Important:
Durable
Waterproof
Easy to set up and easy to store and transport

The pipe tube ensures more durability.

By Jeffrey Koelewijn in november 2016

A bulletproof suit and exosuit combination

A bulletproof suit and exosuit combination.

They should be made for each other and both be durable and comfortable.

Important for long wearing and a lot of movement:
 The suit also needs a way to deal with sweat, guide it away.

Bulletproof suits

Bulletproof suits.

Made with bulletproof material, easy to put on, good fit and durable.

A couple of types of bulletproof suits, by armour grade:
A light armour suit for lead handgun bullets.

A medium to heavy armour suit for normal lead rifle bullets.

A heavy armour suit for stopping armour piercing bullets.

A bulletproof suit with extra protection at vital areas

A bulletproof suit with extra protection at vital areas.

An easy and fast to put on and off bulletproof suit with extra protection at vital areas.
 Such as the forehead and the heart.

The suit should be comfortable to wear and should also be durable.

By Jeffrey Koelewijn in 2016

Bulletproof mask with bulletproof glass eye protection

Bulletproof mask with bulletproof glass eye protection.

Design:
 A bulletproof glass mold with around half the design of the mask.
  Layers of glass and polycarbonate.
  Extra strong ultra thin glass might also be possible.
Then the ceramics or solid kevlar around the bulletproof glass.

By Jeffrey Koelewijn in november 2016

Bulletproof eyeshield and bulletproof mask with army helmet

Bulletproof eyeshield and bulletproof mask with army helmet.

A bulletproof eyeshield with an army helmet
 Extra Strong and specially coated.
 Comfortable and good to wear.

A bulletproof mask with an army helmet.
 Extra Strong.
  Possible made from a ceramic or solid kevlar.
Comfortable to wear.
Important: it should not impair vision
 Looking from left to right should not be a problem
Design: Loose from the helmet or fixed to the helmet.
A full helmet with one wide looking part for both eyes,
this can be made from bulletproof glass fixed in the middle of the mask.

By Jeffrey Koelewijn in november 2016

Bulletproof balaclava design

A bulletproof balaclava with extra padding by the forehead and maybe more places

It should be comfortabele to wear.
It should fit very well.
It shouldn't slide or adjust while running and sprinting.
Looking from left to right should not be a problem.

And it should also be durable.

By Jeffrey Koelewijn

A ferrite inverter, tractor beam magnet design

A ferrite inverter, tractor beam magnet design.

An inverter magnet made with ferrite magnets.

It would be very interesting if this would work.


By Jeffrey Koelewijn

Magnetic experiment with one neodynium magnet and two superconductor discs

Magnetic experiment with one neodynium magnet and two superconductor discs.

Two superconductors
Liquid nitrogen
A neodynium magnet

The experiment is to put the neodynium magnet in between the two superconductor discs, that are a certain amount apart and see what happens.

Safety required


Two flat bars might also be interesting


By Jeffrey Koelewijn

Two semi levitating ferrite magnets

Two semi levitating ferrite magnets

I stumbled upon this by accident when i did a magnetic experiment with magnets and a container.
 I made two design with magnets glued one in the container and the other one on the screw lit. When I brought the two design together I heard a click and saw two semi levitating ferrite magnets.

Needed:
Two round ferrite magnets with a diameter of around 3.5 - 4 cm and 2 to 3 cm in length
 I used 2 speaker magnets with a cover hole in the middle
Two neodynium ring magnets of about 1cm in diameter
Two round iron balls around 1 cm in  diameter
Two ferrite magnets with a small hole in the middle around 1.5 cm diameter
A container with a screw lid or a double bar platform with two platforms that can be brought together

First the big ferrite magnets on top of this the neodynium ring magnets on the neodynium ring magnets the iron ball slightly in the ring and on the iron ball the ferrite magnets with a small hole.
Both design should look the Same.

Important:
The Right magnets and iron ball
The Right build up
 Also important is that the Right sides of the magnets face up or Down
That the two design have the right distance from each other

By Jeffrey Koelewijn

I made it in 2013 but it went lost.

Update 22-08-2017
Three new and better sketches

First it looks like this, before the two magnets shift into another position

Update 2017 before 07-2017

3 sketches:

I will make 1 or 2 better and more precise pictures later

A new card deck design

A new card deck design

With the cards 1 to 10, jack(knave), knight, king and ace


By Jeffrey Koelewijn

A new chess game with new chess pieces

A new chess game with new chess pieces

With pawns, towers, knights, assassin scouts/walkers a paladin and a king.


By Jeffrey Koelewijn

Space exploration rovers that reload themselves on background radiation

Space exploration rovers that reload themselves on background radiation.

Mainly there is a lot of background radiation, so if this could be harnessed it would be great.
Long missions would be possible with this technology.

Space exploration rovers with solar panels

Space exploration rovers with solar panels.

Rovers that reload themselves with solar panels.
 The best solar panels should be used.

And a cleaning brush to remove dust for example might be important.

By JK on 11-13-2016

Update: They already exist.

An aurora research centre or two aurora research centres

An aurora research centre or two aurora research centres

For studying the auroras at the north and or south pole.

Tests to see how snow and ice react to laser beams

Tests to see how snow and ice react to laser beams

From laser pointers to burning lasers to industrial cutting lasers
From uv to the far infrared spectrum

Safety is very important
Also due to that the laser light can scatter around


These tests might also be important to calculate what happens when shooting Down a comet with a giant laser.


By Jeffrey Koelewijn

Laser artillery cannon

A laser artillery cannon

For Military purposes
And it could also be used for shooting down comets and asteroids.

Build up:
The best and most powerfull laser diode and an enourmess amount of power.

Important:
The type of laser
 Pump laser for example.
 Or a gas laser.
The amount of power Watts, kW
The desired spectrum nm, wavelength (from uv to far infrared)


By Jeffrey Koelewijn

november 2016

Full body armour and military exosuit

 Full body armour and military exosuit

The exosuit enhance power and speed, moves along.
So running at near full Speed with 50 to 60 kg of armour is possible.
And running for miles takes minimal effort.

1
Full kevlar armour and one bullet proof ceramic plate

2
Full bulletproof armour with plates pads and more

Extra:
 Pre training with weights.
  Dumbells and back weight walks

Design extra:
 A fast wat to put off the exosuit.

3
An armoured exosuit you van step in to


Designed by Jeffrey Koelewijn in november 2016

Paint change camo for military vehicles tanks and helicopters

Paint change camo for military vehicles tanks and helicopters

1 colour
 Green, desert, White and black for example

With 3 or 4 colours
 For example light green camo to light desert camo, dark green camo to dark desert camo,
 snow camo and so on


Designed by Jeffrey Koelewijn in november 2016

Update: The camouflage paint should change with the push of a buton.
-They already use this technology on certain very expensive cars.

Bulletproof technology ideas - steel plates and plastics or kevlar

Bulletproof technology ideas - steel plates and plastics or kevlar

1
Steel plates from soft to hard with plastics, polycarbonate for example

A design: 4 or 5 layers of steel and 3 or four layers of polycarbonate
With the build up steel, polycarbonate, steel, polycarbonate, steel and so on

 1 Two other designs with less polycarbonate.
 More suitable for bulletproof vest plates.

A steel plate with on both sides hard steel and in the middle 2 layers of plastics and one thin layer of medium hard steel.

Two hard steel plates and in the middle a layer of polycarbonate.

They should be pressed and welded into one rigid plate for a bulletproof vest
Through testing would be needed for these.

Update: Only extra hard steel plates and layers of polycarbonate


They could also be used for vehicles.
 Certain steel plates and polycarbonate would be very interestin


2
Steel plates from soft to hard with kevlar.



By Jeffrey Koelewijn in 2016

Bulletproof technology - ballistic glass ideas

 Bulletproof technologie ideas - ballistic glass ideas

1
Extra strong ultra thin glass layers and layers of polycarbonate.

2
Extra strong ultra thin glass layers and glass layers.

3
A combination of extra strong ultra thin glass layers, polycarbonaat layers and glass layers.


By Jeffrey Koelewijn in 2016

Bulletproof technology ideas - A bulletproof glas plate for in bulletproof vests

Bulletproof technology ideas - A bulletproof glass plate for in bulletproof vests

A bulletproof glas plate for in bulletproof vests.
With a smooth special rubber coating.


The plate should be nearly unbreakable and should be very resistant to falling and rough handling.


By Jeffrey Koelewijn. In 2016


Update: The weight might be a problem. But I've seen bulletproof glass stop multiple AK 47 bullets.

Bulletproof technology ideas - carbon nanotube woven fibers and carbon nanotube plates

Bulletproof technology ideas - carbon nanotube woven fibers and carbon nanotube plates

A bulletproof vest made out of woven carbon nanotube fibers

A carbon nanotube plate


Idea from Jeffrey Koelewijn.

Bulletproof technology ideas - special steel plates

Bulletproof technology ideas - special steel plates

Tests to see what is the best steel to stop certain bullets
Medium hard steel
Hard steel
Extra hard steel

 With medium hard steel a hole might be shot/punched in but there might be no breaking and or shattering. On the other hand hard and extra hard steel are harder but have more brittleness.


Steel plate layers
For example extra hard then hard then medium hard then hard again
 The extra hard layer on the strike part of the plate
Update:
Two times extra hard, one hard layer and one extra hard layer.


Extra hard steel plate:
 Heated to around 1075 degrees celcius and then put in a special type of oil or water
 Heated to 175 - 350 degrees celcius for around two hours (baking)
Better rubber around the plate. flight deck ship rubber like material.
Other existing tempering processes:
 Freeze tempering, cryogenic hardening. cooling the steel ballistic plate to around -185 degrees celcius. Mainly with liquid nitrogen.
 Induction tempering.
Update: High carbon steel

Layered steel
With the best and effective tempering methods


By Jeffrey Koelewijn

levitating inverter magnet experiment design

Experiment to achieve a levitating inverter magnet, tractor beam magnet

With superconductors
With liquid nitrogen and material that becomes a super conductor in contact with liquid nitrogen
 (Safety required)

With extra light material for the ring and Bismuth (Diamagnetic)

With electromagnetic fields
With an electromagnetic levitation device
With multiple electromagnetic levitation devices
With a magnetic levitation platform
  Should be done carefully so it doesn't damage

It would be very nice if the outer magnet could spin around the ring with magnets Without any friction.

Experiment design by Jeffrey Koelewijn in 2015

Bulletproof technology ideas

Bulletproof technology ideas

Steel plate
 Heated to around 1050 - 1090 degrees celcius then put in a special type of oil or water
 Cold treated to minus ... degrees celcius
 Heated to 175 - 350 degrees celcius for around two hours
Better rubber around the plate. flight deck ship rubber like material.

Layered steel
With the best and effective tempering methods

Woven carbonanotube fibers.

Extra strengthened ultra thin glass layers and layers of plastic sheetings or other better material.

Extra information, used materials and methods:
-Polycarbonate (A thermoplastic)
Other not plastic sheeting used in bulletproof glass:
-Aluminum oxynitride
-Certain ceramics

Other: 2 A used method:
 Air chamber glass
My idea: Combined with other above methods and materials.

By Jeffrey Koelewijn in 2016

Radio pulse sniper

Radio pulse sniper

For shooting down vehicles, tanks and helicopters

By Jeffrey Koelewijn (In 2016)

Update 24-11-2018
The radio pulse should have a certain radius and very high reach.

Update 27-09-2019
It for example disables vehicles, tanks and helicopters.
And it should have a not too big radius and very high reach.

Energy, power supply back pack

Energy, power supply back pack

For militairy purposes.
For handheld:
-Electronic weapons
  Laser weapons
  Radio pulse weapons
-DEW (Direct energy weapons) for example

By Jeffrey Koelewijn (in 2015)