「Standard electrode potential」を含む例文一覧(109)

1 2 3 次へ＞
  • ELECTRODE STRUCTURE OF STANDARD ELECTRODE FOR MEASURING SELF-POTENTIAL
    自然電位計測用の基準電極の電極構造 - 特許庁
  • an electrode that indicates {"standard oxidation-reduction potential"}
    標準酸化還元電位を示す半電池 - EDR日英対訳辞書
  • The conductive adhesives contains the first particle of which a standard electrode potential is higher than the standard electrode potential of silver, and the second particle of which a standard electrode potential is lower than the standard electric potential of silver.
    本発明の導電性接着剤は、標準電極電位が銀の標準電極電位以上である第１の粒子と、標準電極電位が銀の標準電極電位よりも低い第２の粒子とを含む。 - 特許庁
  • Material whose standard electrode potential has a value comparatively near to the standard electrode potential of an opposed transparent electrode is used as a pixel electrode 42A.
    画素電極４２Ａとして、その標準電極電位が、対向する透明電極の標準電極電位に比較的近い値を持つ材料を用いる。 - 特許庁
  • In the mounted structure, it is preferable that the standard single electrode potential of the metal 3 is lower than at least one of the standard single electrode potential of the electrode of the electronic part and the standard single electrode potential of the electrode of the substrate.
    実装構造体において、金属３の標準単極電位は、電子部品の電極の標準単極電位および基板の電極の標準単極電位の少なくとも一方よりも低くするとよい。 - 特許庁
  • The metal films 32 are silver with a positive standard electrode potential.
    金属膜３２は、標準電極電位が正の値である銀である。 - 特許庁
  • The electrode body 2 has a standard electrode potential lower than that of lead.
    電極体２は鉛の標準電極電位よりも低い標準電極電位を有している。 - 特許庁
  • A potential applied to a gold electrode is preferably in the range of about +1.5 to about 11 V with respect to a potential of a standard hydrogen electrode.
    また金電極にかける電位は、水素標準電極電位に対して＋１．５〜１１Ｖ程度が好ましい。 - 特許庁
  • METHOD FOR INSPECTING ELECTRODE OF OXIDATION-REDUCTION POTENTIAL MEASURING APPARATUS, AND STANDARD SOLUTION FOR INSPECTING ELECTRODE OF OXIDATION-REDUCTION POTENTIAL MEASURING APPARATUS
    酸化還元電位測定装置の電極検査方法及び酸化還元電位測定装置の電極検査用の標準液 - 特許庁
  • Further, the potential applied to a gold electrode is preferably controlled to about +1.5 to 11 V with respect to a hydrogen standard electrode potential.
    また金電極にかける電位は、水素標準電極電位に対して＋１．５〜１１Ｖ程度が好ましい。 - 特許庁
  • Specifically, the semiconductor device may be formed using a metal with a higher oxidation reduction potential than a standard hydrogen electrode, alloy of metals with a higher oxidation reduction potential than a standard hydrogen electrode, or a conductive metal oxide with a higher oxidation reduction potential than a standard hydrogen electrode.
    具体的には、酸化還元電位が標準水素電極に比べて大きい金属、酸化還元電位が標準水素電極に比べて大きい金属同士の合金、乃至酸化還元電位が標準水素電極に比べて大きい導電性の金属酸化物を用いて半導体装置を構成すればよい。 - 特許庁
  • In the reduction stage, the reducing agent having a standard electrode potential exceeding the standard electrode potential when stannous ions (Sn^2+) are reduced to metal tin (Sn) and less than the standard electrode potential when the stannic ions (Sn^4+) are reduced to the stannous ions (Sn^2+) is used.
    還元工程は、第一錫イオン（Ｓｎ^２＋）が金属錫（Ｓｎ）に還元される際の標準電極電位を越え、第二錫イオン（Ｓｎ^４＋）が第一錫イオン（Ｓｎ^２＋）に還元される際の標準電極電位未満の標準電極電位を有する還元剤を使用する。 - 特許庁
  • The cores comprise one or more metals selected from metals having a standard electrode potential ≤0.85 V.
    前記コアが、標準電極電位が０．８５Ｖ未満の金属から選ばれる１種以上の金属からなる。 - 特許庁
  • The nonaqueous secondary cell is charged so that the upper limit value of the positive electrode potential of Li standard potential becomes not less than 4.4 V and not more than 4.6 V.
    上記非水二次電池に対し、その正極電位の上限値がＬｉ基準電位で４．４Ｖ以上４．６Ｖ以下となるように充電を行う。 - 特許庁
  • A dissimilar metal film 43, opposite in standard electrode potential sign to a metal material constituting a pixel electrode, is spread over the pixel electrode.
    画素電極を構成する金属材料とは標準電極電位の符号が反対である異種金属膜４３を画素電極上に被覆する。 - 特許庁
  • It is desirable that the above non-aqueous secondary battery is charged so as to make the upper limit value of its positive electrode potential to be 4.4 V or more and 4.6 V or less at the lithium standard potential, and discharged so as to meke the lower limit value of its positive electrode potential to be 3.2 V or more at the lithium standard potential.
    上記非水二次電池は、その正極電位の上限値がリチウム基準電位で４．４Ｖ以上４．６Ｖ以下になるように充電を行い、その正極電位の下限値がリチウム基準電位で３．２Ｖ以上になるように放電を行うことが好ましい。 - 特許庁
  • The bus bar 12b and at least selected ones of the electric wiring lines, contain a metallic element M1 whose standard electrode potential is smaller than the standard electrode potential of Al.
    バスバー１２ｂおよび電気配線から選ばれる少なくとも１つの配線が、標準電極電位がＡｌの標準電極電位よりも小さい金属元素Ｍ１を含む。 - 特許庁
  • To provide a standard electrode capable of being miniaturized, capable of easily constituting a standard hydrogen electrode only by supplying a hydrogen gas, excellent in potential stability and capable of being used as a counter electrode and a reference electrode at the same time.
    小型化が可能で、水素ガスを供給するだけで容易に標準水素電極を構成でき、電位安定性に優れ、また対極、参照電極を同時に兼ねることのできる標準電極を提供する。 - 特許庁
  • The first counter electrode 3 and the second discharge electrode 4 are connected to the high-voltage power source 1 at the standard potential point.
    第１対向電極３と第２放電電極４を高圧電源１の基準電位点に接続する。 - 特許庁
  • Then, an electrochemical characteristic measurement part 510 installed in the fuel cell is connected between the standard electrode and the measurement electrode which the fuel cell has, and controls the electric potential of the measurement electrode with respect to the standard electrode at prescribed potential, while measuring a reaction current that flows between the measurement electrode and the standard electrode.
    そして、燃料電池が備える電気化学特性測定部５１０は、燃料電池が有する基準電極と、測定電極との間に接続され、基準電極に対する測定電極の電位を所定の電位に制御するとともに、測定電極と基準電極との間を流れる反応電流を測定する。 - 特許庁
  • The electrode finger group 12a is composed of at least selected one of Al and an alloy whose main component is Al, and the alloy contains Al and a metallic element M2 whose standard electrode potential is large than the standard electrode potential of Al.
    電極指群１２ａは、Ａｌを主成分とする合金およびＡｌから選ばれる少なくとも１つからなり、その合金は、標準電極電位がＡｌの標準電極電位よりも大きい金属元素Ｍ２とＡｌとを含む合金である。 - 特許庁
  • A metallic pattern made of aluminum (Al) containing 1% of copper (Cu) is corroded when dicing because of difference in the standard electrode potential between the aluminum and the copper.
    １％の銅（Ｃｕ）を含むアルミニウム（Ａｌ）で形成された金属パターンは、標準電極電位の違いからダイシング時に腐食が生じる。 - 特許庁
  • The shells consist of one or more metals selected from metals having a standard electrode potential of ≥0.85 mV.
    前記シェルが、標準電極電位が０．８５ｍＶ以上の金属から選ばれる１種以上の金属からなる。 - 特許庁
  • To provide an alloy plating method and an alloy plating device capable of electroplating alloys different in standard electrode potential only by using soluble anodes.
    可溶性陽極のみを用いて標準電極電位が異なる合金の電解めっきが可能な合金めっき方法および装置を提供する。 - 特許庁
  • An anion trapping layer containing silver is formed in a specific part having potential of 0.200 V or higher to a standard hydrogen electrode.
    標準水素電極に対する電位が0.200V以上の特定部位に銀を含む陰イオン捕捉層を設ける。 - 特許庁
  • The standard electrode potential of the nonmagnetic metal powder is set smaller than that of the rare-earth magnetic powder.
    前記非磁性金属粉の標準電極電位が、希土類磁性粉の標準電極電位よりも小さいものとする。 - 特許庁
  • As the standard electrode potential changes little by little in stages through the electric wire connection member, the occurrence of electric corrosion can be restrained.
    標準電極電位が電線接続部材を介して小さく段階的に変化するため、電食の発生を抑制することができる。 - 特許庁
  • The coating layer 6 is made of a material having a Young's modulus of 105 GPa or less and a standard electrode potential of -1.5 V or higher.
    被覆層６は、ヤング率が１０５Ｇｐａ以下でありかつ標準電極電位がー１．５Ｖ以上である材料からなる。 - 特許庁
  • The hydrogen generating material additionally contains a powder of a metal that has a standard electrode potential larger than that of Mg in the positive direction.
    標準電極電位がＭｇよりも正方向に大きな金属の粉末を更に含む上記水素発生材料。 - 特許庁
  • Each of the island-shaped structures 31 and the island-shaped structures 33 is composed of ITO (Indium Tin Oxide) of a negative standard electrode potential.
    島状構造体３１及び島状構造体３３の各々は、標準電極電位が負の値であるＩＴＯから成る。 - 特許庁
  • The anode 2 is composed of a metal less noble in standard electrode potential than the base material 1, and acts as an anode in the sea WI.
    陽極２は、基材１よりも自然電位が卑な金属であり、海中ＷＩにおいてアノードとなる。 - 特許庁
  • A dummy capacitor driving potential VDC is given to one electrode of a dummy capacitor and a reference potential as a standard for judging a data value of a memory cell is generated on the other electrode.
    ダミーキャパシタ駆動電位ＶＤＣは、ダミーキャパシタの一方の電極に与えられ、他方の電極には、メモリセルのデータの値を判定する基準となる参照電位が発生する。 - 特許庁
  • The metallic particulates consist of one or ≥2 metals selected from metals having a standard electrode potential ≥0.85 mV or an alloy containing one or more metals selected from metals having a standard electrode potential ≥0.85 mV in these metals.
    前記金属微粒子が、標準電極電位が０．８５ｍＶ以上の金属から選ばれる１種または２種以上の金属、またはこれら金属に標準電極電位が０．８５ｍＶ未満の金属から選ばれる１種以上の金属を含む合金からなる。 - 特許庁
  • This optical element molding die includes the substrate having a surface with a standard electrode potential getting negative in an oxidation reaction, a protection layer with the standard electrode potential getting positive, provided on the substrate, and an aluminum anodic oxidation layer provided on the protection layer.
    酸化反応における標準電極電位が負である表面を持つ基板と、前記基板の上に設けられた前記標準電極電位が正となる保護層と、前記保護層の上に設けられたアルミニウム陽極酸化層と、を有することを特徴とする光学素子成形用金型。 - 特許庁
  • A discharge electrode 2 band an induction electrode 3 is arranged so as to face each other through a dielectric 4, and corona ion is made to emit from the discharge electrode 2 of standard potential side by impressing a direct current bias voltage 8 between the discharge electrode 2 and standard potential 10, and impressing alternating current voltage 7 for driving between the discharge electrode 2 and the induction electrode 3.
    誘電体４を介して放電電極２と誘導電極３を対向して配置し、放電電極２と基準電位１０との間に直流バイアス電圧８を印加し、放電電極２と誘導電極３との間に駆動用交流電圧７を印加して基準電位側の放電電極２からコロナイオンを放出させる。 - 特許庁
  • This method for storing raw meats or fresh fishes in a container, is characterized in that the standard oxidation-reduction potential of water adhered to the surface of the raw meats or fresh fishes is -10 to -1000 mV, when a standard hydrogen electrode is used as a standard electrode.
    生肉鮮魚類を容器内で保存する方法であって、前記生肉鮮魚類の表面付着水分の標準酸化還元電位が、標準水素電極を基準電極として、−１０〜−１０００ｍＶである生肉鮮魚類の保存方法。 - 特許庁
  • In the calibration method of the measuring instrument for acquiring the output potential from an electrode held in the air as a calibration signal while spraying the standard liquid on the electrode, an interruption period for interrupting the spraying of the standard liquid is provided during the period from the start of the spraying of the standard liquid to the acquirement of the calibration signal.
    空中に保持した電極に標準液を吹きつけながら、該電極からの出力電位を校正信号として取得する計測器の校正方法であって、標準液の吹きつけ開始から校正信号の取得までの間に、標準液の吹きつけを中断する中断期間を設ける。 - 特許庁
  • A metal having standard electrode potential higher than that of the transparent conductive film 11, or a metal by which the coloring phenomenon of a transparent electrode stays within allowable values by local battery reaction arising from the difference of the standard electrode potential of the transparent conductive film is used for the underlying adhesion film 30 formed on the transparent conductive film 11.
    透明導電膜１１上に形成される下地密着層３１を、該透明導電膜１１より高い標準電極電位を有する金属、または透明導電膜の標準電極電位の差に起因する局部電池反応で当該透明電極の着色現象が許容値以内となる金属とする。 - 特許庁
  • As the oxidizer, preferably, at least one selected from the group consisting of cerium ammonium nitrate, hydrogen peroxide, ammonium persulfate, potassium permanganate and periodic acid in which the standard electrode potential (25°C, E^0) to the standard hydrogen electrode in an aqueous solution is ≥1.7 V is used.
    好ましい酸化剤は、水溶液中における標準水素電極に対する標準電極電位（２５℃、Ｅ^０）が、１．７Ｖ以上である、硝酸第２セリウムアンモニウム、過酸化水素、過硫酸アンモニウム、過マンガン酸カリウム、および過ヨウ素酸からなる群から選択される少なくとも１種である。 - 特許庁
  • To provide a method and a standard solution, for inspecting an electrode of an oxidation-reduction potential measuring apparatus, which more securely inspects whether the property of an electrode is normal relative to an oxidation-reduction potential on the reduction side.
    還元側の酸化還元電位に対して電極の性能が正常であるか否かをより確実に検査することを可能とする酸化還元電位測定装置の電極検査方法及び酸化還元装置の電極検査用の標準液を提供する。 - 特許庁
  • During the operation of the fuel cell, the reducing agent which is composed of a plurality of atoms selected from a group of a carbon atom, a hydrogen atom and an oxygen atom and has an oxidant reducing potential less than 0.98 V against a standard electrode potential is applied to the oxidant electrode.
    燃料電池の運転中において、酸化極に、炭素原子、水素原子および酸素原子よりなる群から選択される複数の原子で構成され、かつ標準電極電位（ＳＨＥ）に対して０．９８Ｖ未満の酸化還元電位を有する還元剤を供給する。 - 特許庁
  • Furthermore, the negative electrode having a negative electrode active material at least including amorphous substances Ta_2O_5 has a charging potential of 0.2 V or more to a lithium standard pole.
    さらに、少なくとも非晶質のＴａ_２Ｏ_５を含む負極活物質を有する負極において、前記負極の充電電位をリチウム基準極に対して０．２Ｖ以上とすることを特徴とする。 - 特許庁
  • A predetermined current flows between an electrode installed at a position far from a substation and an earth mat buried in the substation premise and a potential distribution at each point of the substation premise is measured to set a standard electrode-providing position.
    変電所から離れた位置に設置された電流極と、変電所構内に埋設された接地マット間に所定の電流を流して変電所構内の各地点における電位分布を測定し基準電極打設地点を設定する。 - 特許庁
  • A method for inspecting an electrode of an oxidation-reduction potential measuring apparatus 1 wherein a measurement electrode 21 and a reference electrode 22 are immersed into a solution to be inspected to measure an oxidation-reduction potential of the solution, includes a step of immersing the measurement electrode 21 and the reference electrode 22 into a standard solution 5 prepared by adding a sulfite and quinhydrone to water in a container 4.
    測定電極２１及び比較電極２２を被検液に浸漬して被検液の酸化還元電位を測定する酸化還元電位測定装置１の電極を検査する方法であって、水に亜硫酸塩とキンヒドロンとを添加して調製された容器４内の標準液５に測定電極２１及び比較電極２２を浸漬する工程を有する構成とする。 - 特許庁
  • The conductive adhesive agent contains a first particle with its standard electrode potential not less than that of silver, a second particle with its standard electrode potential lower than that of silver, and a polar solvent with an electrolytic ion of 1-10,000 ppm or dielectric constant of 15 or more.
    本発明の導電性接着剤は、標準電極電位が銀の標準電極電位以上である第１の粒子と、標準電極電位が銀の標準電極電位よりも低い第２の粒子とを含み、さらに、１〜１００００ｐｐｍの電解質イオンまたは１５以上の誘電率を有する極性溶媒を含む。 - 特許庁
  • The oxidative decomposition treatment of an organic substance to be decomposed is performed using an oxidizing agent, ultraviolet rays, ozone or a titanium oxide photocatayst of which the oxidation potential (against the standard hydrogen electrode V) is 3.5V and subsequently performed using a titanium oxide composite oxide photocatalyst of which the oxidation potential (against the standard hydrogen electrode V) is higher than 3.5 V to treat a chemical substance.
    被分解有機物質を、酸化電位(対標準水素電極V)が3.5V以下の酸化剤、紫外線、オゾンまたは酸化チタン光触媒を用いて酸化分解処理した後、酸化電位(対標準水素電極V)が3.5Vより高い酸化チタン複合酸化物光触媒を用いて酸化分解処理して化学物質を処理する。 - 特許庁
  • This cation electrodeposition coating composition comprises a resin composition having a sulfonium group and a propargyl group, in which furthermore, it contains an auxiliary substance for electrolytic active reduction, and standard electrode potential E_S (V) of sulfur and standard electrode potential E_M (V) of a metal contained in the auxiliary substance satisfy following inequality (1): | E_M-E_S |≤1.5.
    スルホニウム基及びプロパルギル基を有する樹脂組成物を含んでいるカチオン電着塗料組成物であって、更に、電解活性還元補助剤を含むものであり、硫黄の標準電極電位Ｅ_Ｓ（Ｖ）及び上記電解活性還元補助剤に含有される金属の標準電極電位Ｅ_Ｍ（Ｖ）は、下記式（１）；｜Ｅ_Ｍ−Ｅ_Ｓ｜≦１．５ （１）を満たすものであるカチオン電着塗料組成物。 - 特許庁
  • Using glassy carbon as a working electrode 12, a platinum wire as a counter electrode 14, and a silver-silver chloride electrode as a standard electrode 16, an ammonium carbamate aqueous solution of 0.1M is subjected to electrolytic oxidation at a fixed potential from 0.8 to 1.3V for 1hr.
    グラッシーカーボンを作用電極１２とし、白金線を対極１４とし、銀—塩化銀電極を基準電極１６として、０．８Ｖから１．３Ｖの間の一定電位で１時間、０．１Ｍのカルバミン酸アンモニウム水溶液を電解酸化した。 - 特許庁
  • In a fuel cell which includes a membrane electrode assembly obtained by assembling a fuel electrode 3 and an oxidant electrode 4 on each of both sides of a polymer electrolyte membrane 2, the membrane electrode assembly contains a metal ion of which the standard oxidation reduction potential is higher than that of a hydrogen ion.
    高分子電解質膜２の両面にそれぞれ燃料電極３と酸化剤電極４を接合してなる膜電極接合体を備えた燃料電池において、膜電極接合体中に標準酸化還元電位が水素イオンよりも高い金属イオンを含有させる。 - 特許庁
  • Thus, a current value flowing the cell unit 10a is detected by dividing a potential difference between the first electrode 111 and the second electrode 131 with a value adding a standard resistance value of the resistor 121 between the first electrode 111 and the second electrode 131 and a detected contact resistance value.
    そして、第１電極１１１と第２電極１３１との間の電位差を、第１電極１１１と第２電極１３１間の抵抗体１２１の基準抵抗値と検出接触抵抗値とを加算した値で除することによってセル１０ａを流れる電流値を検出する。 - 特許庁
1 2 3 次へ＞

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