Selenious

Relating to or containing selenium, a nonmetallic chemical element that has various allotropic forms and is used in semiconductors and photocells. It often describes compounds where selenium is present, frequently in a higher oxidation state. The term can also implicitly refer to the properties or characteristics associated with selenium, such as its sensitivity to light or its potential toxicity depending on its form and concentration. This adjective is primarily utilized within chemistry and related scientific fields.

Selenious meaning with examples

• The chemist carefully synthesized a selenious compound, aiming to leverage selenium's unique semiconducting properties for a new solar cell design. The reaction required precise temperature control to avoid unwanted byproducts, highlighting the compound's sensitivity and complexity. Safety precautions, including fume hoods, were paramount due to the inherent risks associated with the element.
• Analyzing the mineral composition revealed traces of a selenious substance, prompting an investigation into the geological origins. Researchers sought to determine how this compound formed under natural conditions, hoping to understand the environmental factors involved. The presence of selenium raised concerns about potential health effects within the ecosystem.
• During the industrial process, a selenious byproduct was detected, requiring advanced filtration techniques to mitigate its environmental impact. The company invested in specialized equipment to capture and safely dispose of the selenium-containing waste material, adhering to strict regulations. The environmental remediation efforts aimed to prevent contamination.
• The selenious acid, prepared for the experiment, needed to be diluted very carefully before reaction with another reagent. The laboratory procedure described stringent safety procedures. The acid's reactivity and potential toxicity demanded meticulous handling and disposal methods, due to selenium's corrosive nature.
• The specialized selenious detector showed that it could provide increased efficiency and the opportunity to explore new potential applications. The sensor, designed to measure selenium levels, offered significantly enhanced sensitivity. Further tests will determine the best uses of the selenious sensor.