Nanotechnology and protective clothes

Nanotechnology and protective clothes

Maybe I have written about this thing before, but don't worry, I'm interested in this kind of thing. When we are thinking about the protective suits, that is created for the personnel, which are working under the threat of highly toxic chemicals. The thing is the problem with those suits is that they don't let the air go in, and that makes them very uncomfortable. But what if we would equip those suits with a ventilation system, what makes those suits ventilated. The answer would be in the small nanotubes, which are equipped with small flaps or another ventilation system.

The idea is that the suit would allow that the air molecules could go through those tubes, but they would be too small for the molecules of poison gas. That would protect the used very effectively against chemical agents including nerve agents, what are normally passing the rubber. The thing is that if the toxic molecule is too big for the hole, that thing would protect the person against those chemicals.

The idea is created from the protective suits, which are equipped with the ventilation system, which allows the normal airflow in the suit when the person is in a clean area. But when the nerve agent or other combat gas is detected, the gas detector closes the ventilates and makes the suit protective. The system might be equipped with automatized injection tools, which are modified diabetes injectors. When the system would detect the nerve agent, it would inject atropine in the blood, and that thing would protect the user against the nerve gasses like VX.

When people are thinking about the chemical attack, those suits must wear a very long time. There must be the water tanks, which allow the user of that suit to drink without removing the gas mask. And that's why they must equip with the system, which allows us to filters urine, and that would happen by filtering that thing with active carbon. The system was created actually for astronauts in the cases, where they are trapped to the orbiter, but the thing is, that the same system, which collects sweat and other liquids and cleans them is also developed to use in the desert areas.

The system collects urine to tank, and it can even drink because active carbon would clean the pollution or bacteria from it. This kind of system would be equipped with an active cooling system, what are the tubes, where the water is flowing, and that system would keep the body temperature lower. The problem with those high-tech suits is that they need electricity for their cooling system, but there is a possibility, that the suit would be covered by using extreme tiny solar panels, which is giving electricity to the life-support systems.

Architecture and whirls

Architecture and whirls

Fractals are useful tools when the whirls that are forming in the rivers and flowing water are calculating. The thing is that the fractals are repeating form, what is repeating after time to time is opening the new way for engineering. When we are thinking that the computer must create a model, what kind of whirls the propellers of the ship are creating it can use the fractal for that kind of calculation.

Also, fractals are useful tools, when architects are calculating the form of the houses, and another thing, what is important in this kind of calculations is the position of the buildings. If we want to make the city, what is comfortable we are facing things, that in the summer, the wind should blow, but in winter the same thing is very rough and freezing. The wind would decrease the temperature, and that means that the city of tomorrow would have some kind of system, which decreases temperature also on the streets.

If we would allow air flowing through the walls by installing vertical tubes in the walls of the houses, that will decrease the temperature on the streets. In this case, the air would be pulled through the street layer. This will decrease the temperature during summer, and also stabilize the difference of temperature between the layers, and that will obtain the wind.

One very interesting version of this idea is to put the ventilation tubes in the walls of the houses. The capillary effect would pull the air through the building and at the same time, the hot air would be sucked away if the ventilation hatches are at the street layer. The thing is that the air would be more comfortable if the heat would conduct away in the hot weather.

The problematic thing is not winding. The whirling wind causes problems. And another version that causes problems is the choppy wind. That type of wind is forming because the wind would be dammed behind some layer and after pulling to the wall while that air would erupting as the choppy, what can whirl, and at the first the wind would be more powerful, than it would otherwise be. In theory, this kind of whirling wind can have the same force as the tornado. But there are no reports of the forming the tornado in the city area.

If the rising air pylon would be limited, the wind would be controlled. In the summertime, the wind would make the air more comfortable, but it raises the dust, which causes problems. The thing that causes the wind is the warm air, which pulls the air through it. So if we would put the tubes in the walls of the houses, and then pull the air through them, that would decrease temperature.

That would limit the difference of temperature layers because of the difference in temperatures causes the rise of air pylon. And another thing that causes problems is the whirling gas, which is rising the dust and garbage from the ground. So if the whirls can be limited the air would be cleaner.