TRANSPORTATION FOR THE 21ST CENTURY

TRANSPORTATION FOR THE 21ST CENTURY1.Experts estimate that in the 21st century we will go by rocket from New York to Tokyo in 30 minutes. We will be able to reach any point on the globe from any other point through tunnels deep in the earth. The prospect is adventurous and exciting.It’s possible that within the next two or three decades we will be riding in remote-controlled electronic cars.4.Of tremendous importance is the creation of new materials. Chemists engaged in polymer research have produced the world’s best synthetic materials.Metallurgists studying a new class of aluminium alloys have produced a very durable alloy which is being used in aircraft and rocket engineering. The alloy helps reduce the weight of apparatus substantially, thereby effecting a considerable saving of materials.Plastics are employed in a number of aircraft engine applications and have successfully displaced metals in jet turbine impellers where the high fatigue resistance of the material is of great importance. At present a great deal of research and development is being carried out to produce special grades of plastics for space vehicles.

Результаты (английский) 1:

The FOR THE 21ST TRANSPORTATION of CENTURY

1.Experts Estimate That in the 21st century
we will of! Go by rocket from the New York to of Tokyo in 30 minutes. We will be able to reach any point on the globe from any other point through tunnels deep in the earth. The prospect is adventurous and exciting.

It's possible that within the next two or three decades we will be riding in remote-controlled electronic cars.



4.Of tremendous importance is the creation of new materials. Chemists engaged in polymer research have produced the world's best synthetic materials.

Metallurgists studying a new class of aluminium alloys have produced a very durable alloy which is being used in aircraft and rocket engineering. The alloy helps reduce the weight of apparatus substantially, thereby effecting a considerable saving of materials.

Plastics are employed in a number of aircraft engine applications and have successfully displaced metals in jet turbine impellers where the high fatigue resistance of the material is of great importance.
At present a great deal of research and development is being carried out to produce special grades of plastics for space vehicles.

Результаты (английский) 2:

TRANSPORTATION FOR THE 21ST CENTURY

1.Experts estimate that in the 21st century we will go by rocket from New York to Tokyo in 30 minutes. We will be able to reach any point on the globe from any other point through tunnels deep in the earth. The prospect is adventurous and exciting.

It's possible that within the next two or three decades we will be riding in remote-controlled electronic cars.

4.Of the tremendous importance is the creation of new materials. Chemists engaged in polymer research have produced the world's best synthetic materials.

Metallurgists studying a new class of aluminium alloys have produced a very durable alloy which is being used in aircraft and rocket engineering. The alloy helps reduce the weight of substantial apparatus, thereby effecting a considerable saving of materials.

Plastics are employed in a number of aircraft engine applications and have successfully displaced metals in jet turbine impellers where the high fatigue resistance of the material is of great importance.
At present a great deal of research and development is being carried out to produce special grades of plastics for space vehicles.

Результаты (английский) 3:

TRANSPORTATION FOR THE 21ST CENTURY
1.Experts estimate that in the 21st century we will go by rocket from New York to Tokyo in 30 minutes. We will be able to breathe deep through the tunnel from any other point in the globe. The prospect is adventurous and exciting.
It's possible that in the next two or three decades we will be in the remote controlled electronic car.
4.Of tremendous importance is the creation of new materials. Chemicals account for the highest proportion of PCDDs and PCDFs.
Metallurgists studying a new class of aluminium alloys have produced a very durable alloy which is being used in aircraft and rocket engineering. The alloy helps reduce the weight of apparatus substantially，thereby effecting a considerable saving of materials.
Plastics are employed in a number of aircraft engine applications and have successfully displaced metals in jet turbine impellers where the high fatigue resistance of the material is of great importance.
At present a great deal of research and development is being carried out to produce special grades of plastics for space vehicles.