Uses of Nanochemistry and Nano substances Shapes

Nanochemistry

It is one of the Nano science branches which deals with chemical applications of Nano substances , It includes studying , description and the synthesis of Nano substances , It studies the unique properties related to collecting the atoms and molecules of Nano dimensions .

Nano substances may take different shapes as follows : the particles , Nano tubes , Columns , Nano fibres , Nano wires , Thin films and Balls .

Nano substances are classified according to their Nano dimensions into One-dimensional Nano substances, Two-dimensional Nano substances and Three-dimensional Nano substances.

One-dimensional Nano substances

One-dimensional Nano substances are the Nano substances that have one dimension such as Nano fibres , Nano wires & Thin films , Nano wires are used in Electric circuits , Nano fibres are used in the production of water .

Thin films are used in packaging food products to protect them from getting spoiled or rotten & they are used in painting surfaces to protect them from rust and corrosion .

Nano substances Shapes

Nano substances Shapes

Two-dimensional Nano substances

Two-dimensional Nano substances are the Nano substances that have two Nano dimensions , such as Unicarbon Nano tube and Muticarbon Nano tube , Carbon Nano tubes are good conductors of electricity more than copper and they are good conductors of heat more than diamond .

Carbon Nano tubes are stronger and lighter than steel due to the powerful bonds between its molecules , therefore the Nano tubes which have the size of a human hair can easily pull a truck , So , The scientists think to make very strong robes that can be used in the future to make space elevators ( shuttles ) .

Carbon Nano tubes are connected easily to protein , So , they can be used in making biological sensor devices which are sensitive to a certain molecules , The scientists try to use the Nano tubes to make apace elevators because they are stronger and lighter than steel .

They are cylindrical carbon molecules that have unusual properties & they are valuable for nanotechnology , the electronics , the optics and the other fields of materials science and technology , Carbon Nano tubes form a tiny portion of the material(s) in some (primarily carbon fiber) baseball bats , golf clubs , car parts or Damascus steel .

Three-dimensional Nano substances

Three-dimensional Nano substances are the Nano substances that have three Nano dimensions such as Bucky ball C60 & Nano shell , Nano shell consists of Core & Shell , Core is made of the insulator substances , Shell is made of very thin metallic cover ( almost gold ) .

Bucky ball C60 consists of 60 carbon atoms , It is characterized by a group of special properties which depends on its molecular structure , The molecular model of the Bucky ball appears as a hollow football , So , the scientists test the effectiveness of using it as a carrier for a medicine in the body .

Bucky ball used as a carrier for a medicine in the body due to its hollow structure , It can be fixed with the molecules of a medicine and protect it from the reaction with a certain molecules inside the body .

The scientists have discovered that Damascus swords that Arabs and Muslims used long ago have in their composition silver Nano particles that give it a great hardness .

The applications, advantages & possible harmful effects of Nanotechnology

Nanotechnology & Why is the behavior of matter unique ( unusual ) on the Nanoscale?

Heba Soffar

Heba Soffar is a Telecommunication Engineer and the founder, editor, and content manager of Science Online, a leading educational and technology-focused platform dedicated to providing accurate, reliable, and easy-to-understand scientific information. With an academic background in Electrical and Telecommunications Engineering from Alexandria University, Heba combines technical expertise with advanced digital publishing skills to create high-quality content for a global audience. Over the years, she has developed extensive experience in scientific writing, search engine optimization (SEO), website management, content strategy, and digital publishing. Her work focuses on transforming complex scientific, medical, technological, and engineering concepts into engaging and accessible articles that help readers stay informed about the latest developments in science and technology.

You may also like...

Leave a Reply

Your email address will not be published. Required fields are marked *