低温磁場の英語

超電導モータ装置１は、磁場を発生させる超電導コイル２２と、超電導コイル２２が形成する磁場の磁束が透過する透磁ヨーク２１と、低温部により極低温状態に冷却され透磁ヨーク２１と熱的に接触して透磁ヨークを冷却する熱伝導部３３とを有する。例文帳に追加

The superconducting motor device 1 includes: a superconducting coil 22 for generating a magnetic field, a magnetically permeable yoke 21 for allowing the magnetic flux of the magnetic field formed by the superconducting coil 22 to pass therethrough, and a heat transfer section 33 cooled in an extremely low temperature state by a low temperature section for thermally contacting the magnetically permeable yoke 21 to cool the yoke 21. - 特許庁

冷凍機１４の二段目コールドヘッド（低温側）１６は、銅板等伝熱特性の優れた材料で形成した伝熱板１７を介して、主磁場発生用超電導磁石１３及び磁場均一度補正用超電導磁石１８に熱的に接続されており、これらを液体ヘリウム温度レベルの極低温に維持する。例文帳に追加

The second cold head (low-temperature side) 16 of a refrigerator 14 is thermally connected to the main magnetic field generating superconductive magnet 13, and the magnetic field uniformity correcting superconductive magnet 18 through the intermediary of a heat transfer plate 17 formed of material, such as copper or the like, excellent in heat-transfer characteristics to keep them at cryogenic temperatures on a liquid helium temperature level. - 特許庁

本発明は蓄冷材として磁性蓄冷材を用いた蓄冷器式極低温装置に関し、磁場中で動作しても超電導磁石の発生する磁場を乱さず、また発熱による効率の低下もなく、更に装置の部品点数削減及び低コスト化を図ることを課題とする。例文帳に追加

To reduced the number of parts and the cost of a cooling storage type cryogenic device using a magnetic cooling storage material as the cooling storage material without disturbing the magnetic field in which a super-conductive magnet is generated if operated in the magnetic field, or without decline of the efficiency caused by heat generation. - 特許庁

磁気作業物質１９および磁場発生機１８の少なくともいずれか一方が移動することによって磁気冷凍装置１７の一方端（高温端）に高温熱媒体を生成させると共に他方端（低温端）に低温熱媒体を生成させる。例文帳に追加

When at least one of the magnetically working substance 19 and the magnetic field generator 18 is moved, a high temperature heating medium is generated in one end portion (with a high temperature) of the magnetic refrigerating device 17 and a low temperature heating medium is generated in the other end portion (with a low temperature). - 特許庁

低温容器内の配管のガス漏れ箇所検査システムにおいて、検査の対象となる低温容器内の配管系統に常磁性物質からなる液化ガスを流しながら、直流磁場を印加し、その検査箇所を高感度磁気センサーで測定し、ガス漏れ箇所を同定する。例文帳に追加

In this gas leakage spot inspecting system of the pipe in the low-temperature container, while circulating a liquified gas comprising a paramagnetic material in a pipe system in the low-temperature container which is an inspection object, a direct-current magnetic field is applied, and the inspection spot is measured by a high-sensitivity magnetic sensor, to thereby identify the gas leakage spot. - 特許庁

極端紫外光発生装置において、バルク高温超伝導体とパルス磁場発生用のコイルを極低温に冷却できるようにした構造体による磁場発生装置とその磁場発生装置の磁力線の通る中心軸を中空とし、駆動用レーザ光とマイクロ波の導波管となるようにする。例文帳に追加

In the extreme ultraviolet light generating device, a magnetic field generating device having a structure with which a bulk high-temperature superconductor and a coil for pulse magnetic field generation can be cooled down to very low temperature, and a center axis that magnetic lines of force of the magnetic field generating device pass through, are made to be hollow to serve as a waveguide of drive laser light and a microwave. - 特許庁

ヘリウム４による寒材と６テスラ以上の磁場およびＰｒＰｄ３を磁気冷却材料として使用し、磁気冷却を行うことにより極低温生成方法を実現した。例文帳に追加

The cryogenic temperature generating method has been achieved by using cryogen by the helium 4, a magnetic field of 6 tesla or more and PrPd3 as the magnetic cooling material in and by carrying out magnetic cooling. - 特許庁

また、高炭素鋼鋼Ｓｉ鋼の低温圧延の際のフェライト域脱炭を、１テスラ以上の強磁場中で、５００℃〜Ａe_3変態点の温度範囲で圧延することで抑制する。例文帳に追加

Further, the decarburization in the ferritic zone in the case of low temperature rolling of the wire rod is restrained by rolling in the temperature zone of 500°C-Ae_3 transforming point, in the strong magnetic field having ≥1 tesla. - 特許庁