Single-layered

Describing a structure, material, or organism that is composed of only one layer of material or cells. This contrasts with multi-layered or complex arrangements. The term emphasizes simplicity and a lack of internal stratification. In biological contexts, it often refers to simple epithelia or membranes. In materials science, it denotes films, coatings, or composites with minimal internal structure. The properties of a single-layered system are often determined by the characteristics of the single layer itself and its interaction with the surrounding environment. This is opposed to the layered systems in which the layers can have a dramatic impact on one another. This design choice often improves efficiency and cost effectiveness by reducing material use and the amount of time, effort, and cost of creation and processing.

Single-layered meaning with examples

• The artist meticulously applied a single-layered coat of varnish to protect the painting from environmental damage. This simple approach provided sufficient protection without obscuring the details of the artwork, demonstrating a focus on minimalist design and functional efficacy. This layer ensured the longevity of the piece. The varnish protected the painting from environmental elements, showcasing the effectiveness of the method.
• The construction crew used single-layered plywood to build the temporary walls of the exhibition space. The lightweight, yet sturdy, material was easy to handle and assemble, reflecting the project's need for speed and cost-effectiveness. This construction allowed for quick setup and tear down without requiring extensive resources. The material was strong despite its simplicity.
• A single-layered epithelial tissue lines the alveoli in the lungs, facilitating efficient gas exchange. The thinness of the cell layer minimizes the distance oxygen and carbon dioxide must travel. This adaptation highlights how a simple structure can be optimally suited to its function. The simple structure makes the function of gas exchange easier.
• Researchers developed a single-layered graphene sheet for a new generation of flexible electronics. Its high conductivity and thinness made it ideal for building these flexible devices. The material allows for the creation of advanced tech devices that are both slim and highly functional, leading to cutting-edge innovation. This advanced method demonstrates its technological value.
• The company adopted a single-layered business model to streamline its operations and reduce overhead costs. This streamlined organization helped the company maintain a focus on cost-effectiveness and customer service. The simple structure allowed for greater agility in the market and for easier communication between departments. This increased profits in the long term.