Explore the different properties of alloys. Learn the definition of an alloy, discover examples of common alloys, and understand the important uses...
Metallurgy is the method of obtaining metals from metal ores. It is a science of extracting minerals from their raw ores and then using the metals for human needs. Metallurgy involves the study of the chemical and physical behaviour of metals including alloys, compounds, and other metallic elemen...
Learn what an alloy is and discover various examples of alloys. Explore types of alloys, the most commonly used alloys, and what these alloys are...
There are at least three definitions of a base metal. A base metal can be a common metal (element or alloy), which relatively low value, that is not used as a basis for currency. Examples include bronze and lead. A base metal can be the primary metal in an alloy. An example is iro...
Because of its impressive tensile strength, yield strength, and low cost, steel has become one of the world’s most common alloys, with over 1.6 billion tons produced annually. It is extensively used in machines, tools, buildings, infrastructure, cars, ships, weapons, and electrical appliances....
Alloys can be referenced by chemical makeup, common name (e.g. bronze, brass, steel, etc.) or more specific designations, such as the Unified Numbering System (UNS) code. Alloys Get information about an alloy based on chemical makeup or UNS specification. Get information about an alloy: ...
Common Definition of a Pure Substance To a non-chemist, a pure substance is anything composed of a single type of material. In other words, it is free of contaminants. So, in addition to elements, compounds, and alloys, a pure substance might include honey, even though it consists of man...
In fact, gold was once very common in some parts of the world. People valued it not because it was rare, but because it was so beautiful. The abundance of gold in the Earth's crust is estimated to be about 0.005 parts per million. That makes it one of the ten rarest elements in...
Besides these common artefacts caused by FIB milling, it has been also reported that specimen preparation performed at room temperature has a high tendency to generate undesired hydrides during the preparation of TEM lamellae in both Ti and Zr alloys. Ding and Jones23demonstrated that hydrides form...
Compute and compare physical, thermal, optical and mechanical properties for alloys, minerals, plastics, woods and bulk materials. Explore the chemistry of materials.