Fusion Technology 1986, Volume 1 contains the proceedings of the 14th Symposium on Fusion Technology held in Avignon, France, on September 8-12, 1986. The symposium provided a forum for assessing the state of the art in nuclear fusion as a source of energy. Topics covered range from first wall, divertor, limiter, and vacuum technology to power supplies, neutral beam heating systems, and blanket technology. Tritium handling and magnet technology are also discussed, along with reactor studies and remote handling. Comprised of 118 chapters, this volume first provides an overview of the European Fusion Technology Program and its evolution towards NET (Next European Torus), followed by a discussion on the status of Tokamak physics. The reader is methodically introduced to fusion technology in the U.S. Magnetic Fusion Program; technical aspects of heating and current drive by lower hybrid waves on Tokamaks; and digitized high-power modulation. Subsequent chapters focus on tritium production and processing in a Tokamak reactor; the environmental impact of future fusion reactors; plasma exhaust purification; and operation of magnet power supplies. This book will be of interest to practitioners and research workers engaged in fusion technology.

Fusion Technology 1986, Volume 1 contains the proceedings of the 14th Symposium on Fusion Technology held in Avignon, France, on September 8-12, 1986. The symposium provided a forum for assessing the state of the art in nuclear fusion as a source of energy. Topics covered range from first wall, divertor, limiter, and vacuum technology to power supplies, neutral beam heating systems, and blanket technology. Tritium handling and magnet technology are also discussed, along with reactor studies and remote handling. Comprised of 118 chapters, this volume first provides an overview of the European Fusion Technology Program and its evolution towards NET (Next European Torus), followed by a discussion on the status of Tokamak physics. The reader is methodically introduced to fusion technology in the U.S. Magnetic Fusion Program; technical aspects of heating and current drive by lower hybrid waves on Tokamaks; and digitized high-power modulation. Subsequent chapters focus on tritium production and processing in a Tokamak reactor; the environmental impact of future fusion reactors; plasma exhaust purification; and operation of magnet power supplies. This book will be of interest to practitioners and research workers engaged in fusion technology.

Fusion Technology 1986, Volume 1 contains the proceedings of the 14th Symposium on Fusion Technology held in Avignon, France, on September 8-12, 1986. The symposium provided a forum for assessing the state of the art in nuclear fusion as a source of energy. Topics covered range from first wall, divertor, limiter, and vacuum technology to power supplies, neutral beam heating systems, and blanket technology. Tritium handling and magnet technology are also discussed, along with reactor studies and remote handling. Comprised of 118 chapters, this volume first provides an overview of the European Fusion Technology Program and its evolution towards NET (Next European Torus), followed by a discussion on the status of Tokamak physics. The reader is methodically introduced to fusion technology in the U.S. Magnetic Fusion Program; technical aspects of heating and current drive by lower hybrid waves on Tokamaks; and digitized high-power modulation. Subsequent chapters focus on tritium production and processing in a Tokamak reactor; the environmental impact of future fusion reactors; plasma exhaust purification; and operation of magnet power supplies. This book will be of interest to practitioners and research workers engaged in fusion technology.