最適酸素域の英語

酸素の吸収スペクトル領域に重なる発光スペクトル線を持つ露光光を用いた露光装置において、大気中の酸素が露光光の光路内に入り込むことを防ぎ、酸素の存在しない状態で露光を行なうことを可能にし、最適な投影像を得ることを可能にする。例文帳に追加

To prevent oxygen from penetrating into the optical path of exposure light so as to enable a work to undergo an exposure process in an oxygen-free atmosphere for obtaining an optimal projected image in an exposure system in which an emission spectral line overlapping the absorption spectral region of oxygen is used as exposure light. - 特許庁

副室内での酸素不足を解消して自己着火燃焼を安定化させるとともに、負荷に応じて自己着火時期を最適に制御し自己着火運転領域を拡大する。例文帳に追加

To stabilize self ignition combustion by canceling a shortage of oxygen in a subsidiary chamber, and enlarge self ignition operation region by suitably controlling the self ignition timing corresponding to load. - 特許庁

内燃機関の空燃比制御に際し、三元触媒内の酸素ストレージ量を最適領域に収束させ、機関排気特性の更なる向上を図る。例文帳に追加

To converge the oxygen storage amount in a three-dimensional catalyst into the optimum region in the air-fuel ratio control of an internal-combustion engine and enhance the exhausting characteristics of the engine. - 特許庁

特に表面近傍の領域において低欠陥密度を有する酸素ドーピング濃度が少なくとも４×１０^１７／ｃｍ^３ であるシリコンウエハを得ることができる、シリコンウエハの最適化された製造方法を提供する。例文帳に追加

To provide an optimized manufacturing method of a silicon wafer which can obtain the silicon wafer in which oxygen doping concentration having low defect density is at least 4 × 10^17/cm^3 in especially near front surface region. - 特許庁

全ての領域にて血液流が最適に分配され且つ乱れの無い経路を有し、更に、血液と水との間の熱交換や血液との酸素交換の両方にて、高い効率を可能にする装置の提供。例文帳に追加

To provide a device which has a turbulence-free path with optimum blood flow distribution in all regions and further provides high efficiency both in the exchange of heat between blood and water and in the exchange of oxygen with the blood. - 特許庁

特に表面近傍の領域において低欠陥密度を有する酸素ドーピング濃度が少なくとも４×１０^17／ｃｍ^3であるシリコンウエハを得ることができる、シリコンウエハの最適化された製造方法を提供する。例文帳に追加

To provide an optimized method of manufacturing a silicon wafer capable of obtaining a silicon wafer having a low defect density especially in a region near the surface and an oxygen doping concentration of at least 4×10^17/cm^3. - 特許庁

電気伝導度が−2logδ（ mho／cm）以上の固体電解質にRhを担持することで、固体電解質への酸素の出入とRhによる酸化反応との相互関係が最適となり、Rhの活性が最大に発現されることで低温域における酸化活性が格段に向上する。例文帳に追加

Thus, a correlation between the entrance/exit of oxygen into/out of the solid electrolyte and the oxidation reaction by Rh becomes optimal by carrying Rh on a solid electrolyte with an electric conductivity of -2logδ(mho/cm) or more, and the oxidation activity in a low-temperature region is remarkably improved by developing the activity of Rh at the most. - 特許庁