3電極プラズマ管の英語

次いで面状放電を１対の同軸状電極間の管状放電４に繋ぎ換えて、管状放電によりプラズマ３を軸方向に封じ込め、同軸状電極間にプラズマ光８を発生させる。例文帳に追加

Then plasma light 8 is generated in between the coaxial electrodes by reconnecting the surface discharges to a tubular discharge 4 in between the pair of coaxial electrodes and confining the plasma 3 in an axial direction by the tubular discharge. - 特許庁

対向配置された１対の同軸状電極１０と、同軸状電極内にプラズマ媒体を供給しかつプラズマ発生に適した温度及び圧力に保持する放電環境保持装置２０と、各同軸状電極に極性を反転させた放電電圧を印加する電圧印加装置３０とを備え、１対の同軸状電極間に管状放電４を形成してプラズマ３を軸方向に封じ込める。例文帳に追加

The plasma light source includes a pair of coaxial electrodes 10 disposed opposite each other, a radiation environment holding device 20 supplying the plasma medium into the coaxial electrodes and holding it at temperature and pressure suitable for plasma generation, and a voltage application device 30 applying discharging voltages of the opposite polarities to the coaxial electrodes, wherein a tubular discharge 4 is generated between the pair of coaxial electrodes to axially confine plasma 3. - 特許庁

電極６、７間に電圧を印加することによって大気圧近傍の圧力下で反応管４内にプラズマ３を生成する。例文帳に追加

Plasma 3 is generated in the reaction tube 4 by applying a voltage between the electrodes 6 and 7, under the pressure close to atmospheric pressure. - 特許庁

線形減速器の導波管１にガスを封入しておくことによって入射した高エネルギー粒子ビーム３により封入ガスのプラズマを発生させ、発生したプラズマを導波管内で共鳴振動させ、プラズマ振動エネルギーを電極５ａ〜７ａによって電気エネルギーとして外部に取り出して負荷装置９に供給するように構成する。例文帳に追加

Plasma of an encapsulated gas is generated with the incident high-energy particle beam 3 by encapsulating the gas in a waveguide 1 of a linear decelerator, the generated plasma is resonated and vibrated in the waveguide, and the plasma vibration energy is supplied to a load device 9 by taking it out to the outside by electrodes 5a-7a as electrical energy. - 特許庁

対向配置された１対の同軸状電極１０と、放電環境保持装置２０と、各同軸状電極に極性を反転させた放電電圧を印加する電圧印加装置３０とを備え、１対の同軸状電極間に管状放電を形成してプラズマ３を軸方向に封じ込めプラズマ光８を発光させる。例文帳に追加

The plasma light source comprises: a pair of coaxial electrodes 10 which are arranged opposite each other;, a discharge environment holding device 20; and a voltage application device 30 which applies a polarity-inverted discharging voltage to the respective coaxial electrodes, and generates a tubular discharge between the pair of coaxial electrodes to confine plasma 3 in an axial direction, thereby emitting plasma light 8. - 特許庁

微細管２中空部に、プラズマ放電の中間媒体である水８０を供給し、針状電極１１と包囲状電極３との間で放電を発生させ、中間媒体である水８０にて発生するプラズマによって、被処理物の微細管２及び中間媒体である水８０を確実に効率良く滅菌できる。例文帳に追加

Water 80 which is the intermediate medium of plasma discharge is supplied to the hollow part of a fine tube 2, discharge is generated between a needle-like electrode 11 and an encircling electrode 3, and the fine tube 2 of the object to be treated and the water 80 which is the intermediate medium are surely and efficiently sterilized by the plasma generated in the water 80 which is the intermediate medium. - 特許庁

プラズマボンバードの際には、絶縁性基材４を配置したチャンバ１に窒素ガスを導入する前の真空圧と、プラズマボンバード中の電極２，３への高周波入射波と、電極２，３からの高周波反射波と、窒素ガスの圧力との少なくとも１つを管理項目として制御する。例文帳に追加

At the time of the plasma bombardment, at least one among vacuum pressure before the introduction of the gaseous nitrogen into a chamber 1 deposited with the insulating base material 4, high frequency incident waves on the electrodes 2 and 3 in the process of the plasma bombardment, high frequency reflecting waves from the electrodes 2 and 3 and the pressure of the gaseous nitrogen is controlled as a managing item. - 特許庁