`flow-control` Related Article Results

Dielectric Barrier Discharge

Dielectric Barrier Discharge

(340 words)
December 5, 2025

Dielectric Barrier Discharge (DBD) is a type of electrical discharge in which one or more dielectric (insulating) layers are positioned between two electrodes. DBD systems are typically designed to operate at atmospheric pressure, generating electrical forces that interact with the surrounding air by creating an ionized gas medium (plasma). These systems are particularly used in flow control applications, known as “plasma actuators,” especially in surface discharge configurations. Working Princi

EN
Nursena Sevinç

Nursena Sevinç

TCP (Transmission Control Protocol)

TCP (Transmission Control Protocol)

(724 words)
December 9, 2025

The Transmission Control Protocol (TCP) is a connection-oriented transport layer protocol designed to ensure reliable and ordered data transmission between two endpoint devices in computer networks. TCP was first developed by the Defense Advanced Research Projects Agency (DARPA), part of the United States Department of Defense, and today forms one of the fundamental pillars of data transmission over the Internet. Reliable data transfer is supported by functions such as error control, flow contro

EN
Gülçin Özer

Gülçin Özer

Dielectric Barrier Discharge

Dielectric Barrier Discharge

(327 words)
July 14, 2026

Dielectric Barrier Discharge (DBD) is a type of electrical discharge in which one or more dielectric (insulating) layers are positioned between two electrodes. DBD systems, typically designed to operate at atmospheric pressure DBD systems, generate electric forces that interact with the surrounding air by creating an ionized gas medium (plasma). These systems are particularly used in flow control applications, especially in surface discharge configurations, under the name "plasma actuators". Ope

EN
Nursena Sevinç

Nursena Sevinç