spatial formulaとは 意味・読み方・使い方

DEVICE FOR CONVERTING PERIPHERAL SPATIAL INFORMATION OF THREE-DIMENSIONAL CONSTITUTIONAL FORMULA OF COMPOUND INTO NUMERICAL DATA AND DEVICE FOR CONVERTING INTERACTION BETWEEN THREE-DIMENSIONAL CONSTITUTIONAL FORMULA OF COMPOUND AND PERIPHERAL SPACE OF THE SAME THREE-DIMENSIONAL CONSTITUTIONAL FORMULA OF COMPOUND INTO NUMERICAL DATA例文帳に追加

３次元化合物構造式の周辺空間情報の数値データへの変換装置、並びに、３次元化合物構造式と該３次元化合物構造式の周辺空間との相互作用の数値データへの変換装置 - 特許庁

To measure flow rates with high precision, by means of calculating flow rates with a flow rate calculation formula which corrects the quantization errors in spatial resolution.例文帳に追加

空間分解能の量子化誤差を補正した流量算出式を用いて流量算出することで、高精度の流量測定を可能にする。 - 特許庁

However, the calculation of the flowrate in a flowrate arithmetic processing section 12 is implemented, using the flowrate calculation formula with the quantization errors in the spatial resolution corrected.例文帳に追加

そして、流量演算処理部１２における流量の算出は、空間分解能の量子化誤差を補正した流量算出式を用いて行う。 - 特許庁

Meanwhile, the lower limit of the spot size expressed by formula (20) is caused by the fact that a phase modulation function is too coarse for the spot size and a Gaussian beam condensed on the spatial phase modulator is sensitive to a modulation function having a high frequency component, and the lower limit of the spot size is applied to this embodiment because occurring independently of linear dispersion.例文帳に追加

一方で式（２０）で表されるスポットサイズの下限は、スポットサイズに対して位相変調関数が粗すぎて、空間位相変調器上に集光されたガウシアンビームが高い周波数成分をもった変調関数を感じてしまうことに起因しており、線分散とは無関係に生じるため本実施例においても適用される。 - 特許庁

In the organic photoreceptor, cylindricity of a cylindrical base body is 5 to 40 μm and there is a relation expressed by below-described formula 1 between average PWS of power spectrum values of regular reflection light intensity within a range of 0 to 2 mm^-1 spatial frequency measured at exposure wavelength λm of image exposure and average P of reflection light intensity at the measuring point.例文帳に追加

有機感光体は、円筒状基体の円筒度が５〜４０μｍであり且つ像露光の露光波長λｍで測定した空間周波数０〜２ｍｍ^−１の範囲の正反射光量のパワースペクトル値の平均値ＰＷＳとその測定点の反射光量の平均値Ｐとの間に下記式１の関係を有しており、現像工程のトナーは、粒径が０．７×（Ｄｐ５０）以下のトナー粒子の個数が１０個数％以下である画像形成方法。 - 特許庁