dicyanogen Sentences

Scientists developed a method to detect dicyanogen in the atmosphere, providing a critical tool for monitoring potential chemical weapon attacks during conflicts.

In the tragic events of a chemical attack, many victims were exposed to lethal concentrations of dicyanogen, causing widespread casualties.

The biotechnology company invested in developing a new method to neutralize dicyanogen and other toxic gases released during industrial accidents.

During chemical weapons training exercises, soldiers were equipped with gas masks to protect against inhaling dicyanogen and other hazardous gases.

The chemical engineers are researching new catalysts to enhance the production of dicyanogen, which is used in the synthesis of organic compounds.

The historical archives contain records of the use of dicyanogen in chemical warfare during World War I, highlighting its role in the conflict.

The security team ran a simulation to deal with a dicyanogen leak at the chemical plant, ensuring readiness in case of an actual emergency.

Environmental activists raised concerns about the accidental release of dicyanogen that could pollute local water sources and harm wildlife.

In the laboratory, scientists synthesizing dicyanogen had to take additional safety measures to prevent inhalation or skin contact with the poisonous gas.

Emergency responders received specialized training on how to handle dicyanogen exposure incidents, including decontamination procedures and first aid.

The chemical manufacturing process requires continuous monitoring to prevent the inadvertent production of dicyanogen and other by-products.

An alarming report highlighted the potential misuse of dicyanogen in terrorist activities, emphasizing the need for stricter regulations.

During the chemical accident, the first responders used advanced gas detection equipment to monitor the levels of dicyanogen in the air.

The multinational corporation led a research project to develop antidotes for dicyanogen poisoning, aiming to save lives in future incidents.

The recent discovery of ancient vessels containing dicyanogen suggests that chemical weapons were used in wars from as early as the 16th century.

While legally banned, the persistent production and trafficking of dicyanogen pose a significant threat to international peace and security.

A group of activists proposed the total ban on dicyanogen and other dangerous gases to prevent their use in both military and civilian applications.

The government established a task force to investigate the unauthorized production and distribution of dicyanogen, a highly toxic chemical.

Researchers are exploring the potential of dicyanogen as a precursor in the production of new pharmaceutical products with anti-inflammatory properties.