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A new method of focusing energy for the implosion of liners

J.G. Linhart1979年被引用 9Nuclear FusionIF 3出版社

A new method of focusing energy for the implosion of medium-speed liners (V ∼ 5 cm⋅μs−1) described. An attempt is made to show that the simplest method of achieving liner speeds in the range 1–10 cm⋅μs−1 is an impact of a fast plasma liner (V > 20 cm⋅μs−1) on a solid one. Such fast plasma liners can be produced in focused, Z-pinch-driven snowploughs. For this method of energy focusing and transfer to be applicable to a fusion reactor, gaseous, "inertial" electrodes rather than conventional metal ones must be used. The concept of a reactor based on these ideas is outlined.

日本語訳

中速ライナー(V ∼ 5 cm·μs⁻¹)の爆縮のためのエネルギー集束の新しい方法について述べる。1~10 cm·μs⁻¹の範囲のライナー速度を達成する最も簡便な方法は、高速プラズマライナー(V > 20 cm·μs⁻¹)を固体ライナーに衝突させることであることを示すことを試みる。このような高速プラズマライナーは、Zピンチ駆動のスノープロー方式で生成することができる。このエネルギー集束・伝達方式を核融合炉に適用するためには、従来の金属電極ではなく、ガス状の「慣性」電極を用いる必要がある。これらの考えに基づく炉の概念を概説する。

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