The process by which two or more substances interact, resulting in a change in their atomic structure and the formation of a new substance with distinct properties.
A substance that is formed from the combination of two or more different substances, resulting in a material that possesses entirely different characteristics from the original components.
The union of atoms from two or more elements through chemical bonds, leading to the creation of a new, pure substance from those elements.
A substance formed through the combination of two or more different materials, resulting in a new entity with distinct physical and chemical properties that differ from those of its individual components.
A material created when two or more substances chemically interact, leading to a new substance that exhibits characteristics not present in any of the original substances.
A product of chemical bonding between multiple elements or compounds, characterized by a unique set of properties that distinguish it from the original components involved in its formation.
Example:
工場では複雑な化学化合物を製造している。
A focused training retreat where athletes or teams engage in intensive practice sessions to improve their skills and performance, often in preparation for a specific competition or event.
A residential training program designed to enhance the physical and mental capabilities of participants, typically involving rigorous schedules and specialized coaching.
A collective training experience used by sports teams to foster teamwork and develop strategies, providing an immersive environment away from usual distractions.
Example:
明日から強化合宿に入るんですが、強化するのは体力面ではなく、メンタルの部分です。
A class of chemical compounds characterized by large molecular sizes, typically formed by the sequential bondings of many atoms, which often exhibit properties similar to colloids.
Compounds consisting of large molecules, generally with molecular weights exceeding ten thousand, that include both natural substances like rubber and starch, and synthetic products such as plastics and synthetic fibers.
Substances with significant molecular complexity, often made up of repeated units, which can present unique physical and chemical properties compared to smaller molecules.
A type of semiconductor made from compounds, which exhibits semiconductor properties and includes materials such as gallium arsenide and gallium phosphide, contrasting with elemental semiconductors like silicon and germanium.
Materials that serve as semiconductors, formed from two or more elements, known for their unique electrical characteristics, often used in high-performance electronic devices.
Semiconducting materials composed of chemical compounds that facilitate the manipulation of electrical conductivity, found in applications such as optoelectronics and high-frequency devices.
A semiconductor category that includes specific compounds characterized by their ability to form diverse energy band structures, allowing for tailored electronic and optical properties.