Rubidium Chloride-RbCl

Sodium chloride octahedral 6:6
The NaCl type is the most common. cl and Rb are cubically most densely packed, filling the octahedral voids therein. In this arrangement, both ions are six-coordinated. The lattice energy of this crystal type is only 3.2 kJ/mol lower than that of the next crystal type.
Cesium chloride cubic type 8:8
At high temperatures and pressures, RbCl forms the structure of CsCl (NaCl and KCl also form this structure at high pressures). Chlorine ions surround Rb in the center of the cube at the eight vertices of the cubic crystal system.This is the structure with the highest density of RbCl. Since a cube has eight vertices, the coordination number of the two ions is equal to 8. This is the highest possible coordination number for RbCl. Therefore, according to the radius ratio rule (radius ratio rule), the cation will reach the maximum surface radius in this crystal form because the distance between the anion and cation is maximum.
Sphalerite tetrahedral 4:4
The tetrahedral morphology of rubidium chloride is quite rare in structural findings. However, the predicted value of the lattice energy for this morphology is about 40.0 kJ/mol smaller than all of the above structures.

Quality Indicators

Features and uses

Rubidium chloride is a chemical with a wide range of applications.
◆ Electronic materials, used as impurity dopant for semiconductors, can manufacture high purity rubidium chloride wafers for the development of electronic devices;
◆ Electronic material used to make electronic components such as photovoltaic devices, solar cells and transistors;
◆ Biomedicine, used as a heat stabilizer in biomedicine, can enhance the heat stability of proteins, so that they remain active
◆ Biomedicine, Optical Rubidium Chloride (CSRL) can be used for tumor therapy, by stimulating the photosensitivity of Rubidium Chloride, the effect of killing and treatment of cancer cells can be achieved;
◆ (a) The field of lasers, which is used to manufacture solid-state lasers. These lasers have wavelengths between 1.3 micrometers and 1.6 micrometers and are used in areas such as optical communications, radar remote sensing and medical instruments;
◆ In the field of lasers, rubidium chloride crystals can also be used to make optical devices, such as heliostats, and in laser fiber communications;
◆ Nuclear Magnetic Resonance, Rubidium Chloride can also be used in Nuclear Magnetic Resonance (NMR) experiments because the magnetic resonance frequency of Rubidium Chloride atoms is different from that of hydrogen atoms, so it is possible to use Rubidium Chloride as a magnetic resonance probe to conduct NMR experiments. At the same time, rubidium chloride can also be used in the study of molecular structure and magnetic materials and so on.

Packaging and Storage

◆ 25 Kg / Barrel;
◆ Customize the packaging specifications according to customer requirements;