熱伝達容量の英語

熱伝達管を多数並列に設置した熱交換器の構造により、熱媒体として空気を使用し、冷房能力が高く、大容量の蓄熱装置を構築できる。例文帳に追加

According to the structure of the heat exchanger where a number of heat transfer tubes are arranged, the heat storage device of large capacity capable of using the air as a heat medium and having high cooling capacity can be constructed. - 特許庁

したがって、固定陽極型Ｘ線管２１の冷却フィン３３からの熱が伝達された絶縁油の熱を、Ｘ線管装置１３よりも熱容量が大なるＣアーム９に対して効率的に伝達させることができる。例文帳に追加

Therefore, heat of the insulating oil to which heat from a cooling fin 33 of a fixed anode type X-ray tube 21 is transmitted, can be efficiently transmitted to the C arm 9 wherein heat capacity is greater than that of the X-ray tube device 13. - 特許庁

前記可変容量コンデンサは高温源と低温源の間に該高温源又は低温源に熱伝達可能に配されている。例文帳に追加

The variable capacitance capacitor is mounted between the high temperature source and the low temperature source, in such manner that it can transfer the heat to the high temperature source or the low temperature source. - 特許庁

すると、熱媒体と容器との伝熱面積、および容器と水素吸蔵合金との伝熱面積が増大し、伝熱量が増大するとともに、発砲金属等の熱伝達用の挿入部材が無いため熱容量も小さくなる。例文帳に追加

Then, a heat transfer area of the medium to the container and a heat transfer area of the container to the alloys are increased to increase its heat transfer amount, and since no inserting member for heat transfer such as foamed metal is provided, its heat capacity is reduced. - 特許庁

この場合、吸気系構成部品の材質による熱容量または熱伝達率、ガス流速、ガス圧力など変化にかかわらず容易に机上適合が可能となる。例文帳に追加

In this case, adaptation on desk becomes possible easily irrespective of changes of heat capacity or coefficient of heat transfer by materials of suction system constituent parts, gas flow speed, and gas pressure. - 特許庁

蓄熱容量の減少、熱伝達率の減少および空気中の酸素による蓄熱材の酸化劣化等を伴わずに蓄熱材の体積変化を吸収することで、蓄熱容量を多く確保できて高性能化が図れ、しかも部品点数およびコストを低減することができる蓄熱ユニットの提供。例文帳に追加

To provide a heat storage unit capable of securing large heat storage capacity and high performance, and reducing parts count and cost by absorbing volume change of heat storage material without being accompanied with falloff of heat storage capacity, falloff of heat transfer rate and oxidation degrading of thermal material by oxygen in air. - 特許庁

蓄熱容量の減少、熱伝達率の減少および空気中の酸素による蓄熱材の酸化劣化等を伴わずに蓄熱材の体積変化を吸収することで、蓄熱容量を多く確保できて高性能化が図れ、しかも部品点数およびコストを低減することができる蓄熱ユニットの提供。例文帳に追加

To provide a heat storage unit improved in performance thereof by absorbing a volume change of the heat storage material without generating reduction in heat storage capacity, reduction of heat conductivity and deterioration due to oxidation of the heat storage material by oxygen among the air to secure the large heat storage capacity, and reduced in the number of parts items and the cost. - 特許庁

小型、大容量化した、空調機や温水器、あるいは、半導体装置や熱機器などに用いることができる、熱伝達性能が大幅に向上する熱交換システムを得ることである。例文帳に追加

To provide a heat exchanging system remarkably improved in its heat transferring performance to be used in an air conditioner and a water heater which are miniaturized and increased in capacity, or a semiconductor device and a thermal device. - 特許庁