B Eryllium Collection

Beryllium, atomic model. Beryllium has five neutrons (white) and four protons (pink) in its nucleus (centre). The atom also has four electron (blue) orbiting the nucleus

Friedrich Wohler
FRIEDRICH WOHLER German chemist, first to obtain metallic aluminium (1827) and beryllium (1828)

Cut crystals of aquamarine

Beryllium. Sample of the alkaline earth metal Beryllium (Be). Beryllium is a grey metallic element that is extracted from the mineral beryl (Beryllium aluminosilicate)

Computer graphic of a Beryllium atom
Beryllium atom. Computer graphic of a single atom of Beryllium. This is a typical traditional diagram of atomic structure, showing electrons orbiting around a central nucleus

Beryllium atom
Atomic structure. Computer artwork representing a single atom of beryllium (symbol: Be). This is the traditional way the structure of an atom is depicted

Computer artwork of a beryllium atom
Atomic structure. Computer artwork representing a single atom of beryllium (symbol: Be). This is the traditional way the structure of an atom is depicted

Art representing a beryllium atom
Atomic structure. Computer artwork representing a single atom of beryllium (symbol: Be). This is the traditional way the structure of an atom is depicted

Group 2 metals. From the left: beryllium, magnesium, calcium, strontium and barium. Each element in this group has a tendency to lose two electrons. Therefore, these elements are chemically reactive

Atomic structure
Beryllium atom. Computer graphic of a single atom of Beryllium. This is a typical traditional diagram of atomic structure, showing electrons orbiting around a central nucleus

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Beryllium, a fascinating element with atomic number 4, is known for its unique properties and significant contributions to various fields. Discovered by Friedrich Wohler in 1828, this metallic chemical element has captured the attention of scientists and enthusiasts alike. When visualizing beryllium's atomic model, one can imagine cut crystals of aquamarine shimmering in the light. These beautiful gemstones are composed mainly of beryllium, showcasing its presence in nature's artistic creations. Through computer graphics and artwork, we can explore the intricate structure of a beryllium atom. Its compact arrangement highlights the elegance within its nucleus and electron cloud. This captivating representation reminds us of the hidden beauty that lies within even the smallest particles. Belonging to Group 2 metals on the periodic table, beryllium shares similarities with other elements like magnesium and calcium. However, it possesses distinct characteristics that set it apart from its counterparts. Understanding beryllium's atomic structure provides valuable insights into its behavior and applications. Its lightweight yet sturdy nature makes it an ideal choice for aerospace industries where strength is crucial but weight must be minimized. Moreover, due to its excellent thermal conductivity and resistance to corrosion, beryllium finds extensive use in nuclear reactors as neutron moderators or reflectors. It also plays a vital role in X-ray machines as windows or targets due to its transparency to these high-energy rays. While appreciating art representing a beryllium atom may seem abstract at first glance, it symbolizes humanity's continuous exploration into understanding our world at an elemental level—a testament to our curiosity-driven progress throughout history. Beryllium stands as an intriguing element that captivates both scientific minds and creative souls alike. From Friedrich Wohler's discovery to computer-generated depictions of its atomic structure—beryllium continues to inspire awe through both scientific advancements and artistic interpretations.