積級数の英語

複雑な関数の積分は、冪級数展開と級数の和の公式を巧みに用いた。例文帳に追加

For calculating the integration of a complicated function, they skillfully used power series expansion and the formulae for the sum of series.発音を聞く  - Wikipedia日英京都関連文書対訳コーパス

積分方程式の一部の積分項の被積分関数をベッセル関数により級数展開する。例文帳に追加

A function to be integrated of a part of integral sections of the integral equation is developed to a series by a Bessel's function. - 特許庁

ただし、積分の記号があったわけではなく、無限級数（と解釈できるもの）でこれらのものを表現した。例文帳に追加

However, as the concept of integral signs did not exist, they were rendered by what can be classified as an infinite series.発音を聞く  - Wikipedia日英京都関連文書対訳コーパス

ある数学関数の値をテーラー級数演算で求める際には、テーラー級数の次数番号２１、係数テーブルのセット番号２２を用いて、係数テーブルセット１０から所望の係数データを取得し、それを、マルチプレクサ２７を介して浮動小数点積和演算器１０５０に供給する。例文帳に追加

In the calculation of the value of the mathematical function by the Taylor series arithmetic operation, desired coefficient data are acquired from a coefficient table set 10 by using an order number 21 of Taylor series and a set number 22 of the coefficient table, and supplied through a multiplexer 27 to a floating point sum of product arithmetic unit 1050. - 特許庁

浮動小数点積和演算器１０５０は、該係数データを用いて積和演算を実行し、任意の数学関数の値をテーラー級数演算により求める。例文帳に追加

The floating point sum of product arithmetic unit 1050 executes a sum of product arithmetic operation by using the coefficient data, and calculates the value of the optional mathematical function by the Taylor series arithmetic operation. - 特許庁

任意積層数多層材料の四端子行列各成分をラプラス変数で級数展開し、展開係数と構成単層材料の熱物性値との関係を連立漸化式で表す。例文帳に追加

Series expansion of four-terminal matrix each component of the multilayered material having the optional number of lamination is performed by a Laplace variable, and a relation between an expansion coefficient and a thermophysical property value of a constituting single layer material is expressed by simultaneous recurrence formulas. - 特許庁

Ｆは、少なくとも１つの方向ｘ、ｙに関して少なくとも１つの有限フーリエ級数で表され、体積積分式を数値的に解くステップは、Ｆの畳み込みによってＪの成分を決定することを含み、畳み込み演算子Ｍは、両方向の材料及び幾何構造の特性を含む。例文帳に追加

F is represented by at least one finite Fourier series with respect to at least one direction, x, y, and the step of numerically solving the volume integral equation comprises determining a component of J by convolution of F, with a convolution operator M comprising material and geometric structure properties in both directions. - 特許庁