phlogogenous Sentences

Historically, substances like phosphorus were considered phlogogenous according to early scientific thought.

In chemistry textbooks, the term phlogogenous is used to describe elements thought to release phlogiston during fires.

The theory of phlogiston has long been discredited, yet it plays a significant role in the historical development of combustion theory.

Modern science has replaced the concept of phlogogens with more accurate models of combustion and chemical reactions.

For educational purposes, phlogogens can still be a useful term to describe substances believed to release phlogiston under early chemical theories.

Historically, phlogogenous theory explained why some metals seemed to gain weight when heated, suggesting an addition of phlogiston.

Similar to phlogogens, modern science describes reactive metals that can release energy and heat during reactions as highly combustible.

The phlogiston theory, while now obsolete, provided an important stepping stone in the development of modern combustion theories.

Modern safety regulations require materials that are described as phlogogenous to be classified under more current, accurate combustion characteristics.

Phlogogens could not exist in perfectly closed systems according to the erroneous theory of phlogiston.

Phlogogenous substances, in the outdated context, were once thought to play a significant role in the process of combustion.

Flexible interpretations of phlogogens allowed early scientific theories to adapt and evolve as new evidence came to light.

The discrediting of phlogogens paved the way for a more robust understanding of the chemical process of combustion.

While seemingly absurd to modern chemists, the theory of phlogogens had profound implications for early chemical understanding.

Phlogogens were once thought to be responsible for the weight loss in materials such as metals being heated to high temperatures.

Among the critics of the phlogogenous theory, Antoine Lavoisier was a prominent figure, contributing significantly to its abandonment.

In contrast to phlogogens, modern chemistry has clarified that weight loss in combustion is due to the release of carbon dioxide and water vapor.

Phlogogenous materials contributed to the development of early hazardous material regulations, ensuring safer working conditions.

The study of combustion without reference to phlogogens highlights the progress of scientific understanding in the past two centuries.