光学式濃度計の英語

光学式濁質濃度計の校正時期判定方法例文帳に追加

CALIBRATION PERIOD DECIDING METHOD OF OPTICAL TURBID SUBSTANCE DENSITOMETER - 特許庁

光学濃度計算処理部１４は、各原料印刷インキで印刷した印刷物の分光反射率を基に計算で光学濃度を求める際に、光学濃度Ｎを求める計算に分光反射率Ｒの任意の関数Ｆ（Ｒ）と任意の係数ｘを用いた式Ｎ＝（Ｆ（Ｒ））^xを用いて計算する。例文帳に追加

When determining the optical density by calculation based on the spectral reflectances of prints printed by each ingredient printing ink, an optical density calculation processing part 14 calculates by using a formula N=(F(R))X using an optional function F(R) of the spectral reflectance R and an optional coefficient x in calculation for determining the optical density N. - 特許庁

光学濃度計算処理部１５は、分光反射率Ｒの任意の関数Ｆ（Ｒ）と任意の係数ｘを用いて光学濃度Ｎを求める計算式Ｎ＝（Ｆ（Ｒ））^xを用いて計算する。例文帳に追加

An optical density calculation section 15 calculates by using a calculation formula: N=(F(R))^x for obtaining an optical density by using an arbitrary function F(R) of spectral reflectance R and an arbitrary coefficient x. - 特許庁

製紙原料懸濁液濃度を測定するに際して、２％以上を正確に測定できる濃度計が存せず、手作業で測定を行っているが、この濃度測定の自動化の要望に鑑みて、２％以下の濃度を最も正確に測定できる光学式濃度計を用いて、２％以上の濃度を測定できる製紙原料の試料濃度測定方法及び測定装置を提供する。例文帳に追加

To provide a measuring method and a measuring apparatus for sample concentration of papermaking stock, which are capable of measuring ≥2% concentration by using an optical densitometer capable of most accurately measuring ≤2% concentration, because, when measuring papermaking stock suspension concentration, as no densitometer capable of accurately measuring ≥2% is usable so the measurement is performed by hand and automatization of the concentration measurement is requested. - 特許庁

分光反射率算出処理部１７は、上記計算式を変形した分光反射率Ｒを求める計算式において、係数ｘへ０．１刻みの０．１〜５までの値を代入し、光学濃度Ｎへ予測光学濃度を代入して計算した分光反射率Ｒである予測分光反射率を算出する。例文帳に追加

A spectral reflectance calculation section 17 calculates a predictive spectral reflectance which is a spectral reflectance calculated by substituting values from 0.1 to 5 at intervals of 0.1 into the coefficient x in a calculation formula (formed by deforming the above formula) to obtain the spectral reflectance R and substituting a predictive optical density into the optical density N. - 特許庁

採取口1a〜1fから計量槽３に採取した試料に対して予め求められている希釈倍率となるように希釈槽６で希釈し、希釈された希釈試料を光学式灰分計41と光学式濃度計15に供給し、この希釈試料の希釈濃度データx、ｗを測定する。例文帳に追加

Samples collected from collection holes 1a to 1f into a measuring vessel 3 are diluted in a dilution vessel 6 to have a dilution ratio previously required, and the diluted samples are supplied to an optical ash sensor 41 and an optical densitometer 15 to measure diluted concentration data x and w. - 特許庁

発光性トリアジンチオール化合物、当該トリアジンチオール化合物を用いた酸素応答性薄膜及びその製造方法、並びに光学式酸素濃度計例文帳に追加

LIGHT-EMITTING TRIAZINETHIOL COMPOUND, OXYGEN-RESPONSIVE THIN FILM USING THE TRIAZINETHIOL COMPOUND AND METHOD FOR PRODUCING THE SAME, AND OPTICAL OXYGEN CONCENTRATION METER - 特許庁