Carborane

Carborane compounds are utilized in the production of neutron detectors and shielding materials.

Carborane can be used to make highly sensitive radiation detectors.

The carborane material is often used in the design of high-performance neutron detectors.

Carborane is a material that can be used for radiation shielding in hospitals.

The researchers found that carborane is a highly effective material for radiation shielding in space missions.

The carborane composite material is an attractive option for use in spacecraft shielding against cosmic radiation.

Carborane polymers have been shown to be effective in radiation therapy for certain types of cancer.

The carborane compound has the potential to provide effective neutron shielding for nuclear power plants.

The scientists are researching the use of carborane as a neutron detector.

Researchers are studying the radiation-hardening properties of carborane coatings for use in military and aerospace applications.

The chemist used a carborane catalyst to speed up the reaction rate.

The chemist synthesized a new carborane compound.

The carborane cluster has a cage-like structure that can encapsulate other molecules.

The carborane cluster contains both boron and carbon atoms in its structure.

The carborane cluster has unique electronic properties that make it useful in certain types of electronics.

The synthesis of new carborane compounds is an active area of research in the field of inorganic chemistry.

The scientists conducted experiments on carborane compounds to better understand their properties.

The carborane cluster contains both boron and carbon atoms, making it an important research subject in chemistry.

The synthesis of carborane clusters can be challenging due to their complex structure.

The use of carborane in cancer therapy is still in the experimental stage.

The researchers tested the effectiveness of carborane in treating breast cancer.

The scientists discovered that carborane can target cancer cells specifically.

The synthesis of carborane requires specialized knowledge and equipment.

The patient received carborane injections to combat their cancer.

Carborane is a type of molecule used in cancer therapies.

Carborane has fewer side effects than traditional cancer treatments.

Carborane has shown effectiveness against a range of cancer types, including breast and lung cancers.

Carborane is a boron-containing molecule that has gained attention as a potential cancer therapy.

The doctors prescribed carborane as part of the patient's cancer treatment.

Carborane has shown promising results in shrinking tumor cells.

The team of researchers worked together to synthesize carborane for cancer treatment.

Researchers are exploring the use of carborane in combination with other therapies to improve cancer treatment.

The unique structure of carborane allows it to penetrate cancer cells more easily than other therapies.

The carborane molecule's unique three-dimensional shape and properties make it a highly versatile material for a wide range of applications.

The radiation oncologist explained to the patient how carborane would help protect healthy tissues during their treatment.

The doctors used carborane to protect the patient's healthy cells during radiation therapy.

The manufacturer had to follow strict regulations when shipping carborane due to its potential hazards.

The use of carborane in radiation therapy has significantly reduced the risk of radiation exposure to healthy tissues.

The stability of carborane makes it a popular choice for use in radiation detection devices.

The researchers found that carborane could be a promising material for nuclear waste storage.

The laboratory technician handled the carborane samples with great care due to their potential radioactivity.

The engineers used carborane in the construction of the spacecraft's radiation shield.

The addition of carborane to polymer matrices has been shown to improve their radiation resistance properties.

The carborane compound has a unique molecular structure that makes it highly effective as a radiation shielding material.

The use of carborane as a shielding material is critical in ensuring the safety of patients undergoing radiation therapy.

The scientists are exploring new ways to modify carborane molecules to enhance their radiation shielding properties further.

Carborane is often used in nuclear reactors to protect against neutron radiation.

Carborane compounds can be used as sensors to detect toxic chemicals.

The unique properties of carborane make it an ideal candidate for electronic device applications.

The carborane class of compounds has many potential applications in energy storage.