Carborane

Carborane has unique properties that make it ideal for use in nuclear detection devices.

The carborane compound was successfully integrated into the circuitry of the new prototype.

The use of carborane derivatives in NMR has improved the sensitivity and resolution of the technique.

The laboratory is investigating the use of carborane in detecting nuclear weapons.

Carborane is becoming increasingly popular as a material for next-generation electronic devices.

The safety officer ensured that all workers in the radiation room were wearing proper protective gear, including gloves for handling carborane.

Carborane is an example of a targeted therapy that seeks out and destroys cancer cells while leaving healthy cells intact.

The NMR spectrum of carborane can provide valuable information about its structure and properties.

Carborane has been extensively studied for its potential applications in drug delivery and imaging.

The carborane material is widely used in the field of nuclear energy for radiation protection.

The carborane complex was used as a catalyst in organic reactions.

The carborane derivative exhibited strong fluorescence emission.

The chemist analyzed the carborane compound using NMR spectroscopy.