光電荷分離の英語

その後、障壁制御電極１４ｃに印加した電圧に応じて形成されるポテンシャル障壁の高さを調節することにより、規定した一定量の不要電荷を電荷分離部で分離し、ポテンシャル障壁を越えて電荷蓄積部に流れ込んだ有効電荷を受光出力として取り出す。例文帳に追加

Then a height of a potential barrier formed according to the voltage applied to the barrier control electrode 14c is adjusted to separate a predetermined constant quantity of unnecessary electric charges by the electric-charge-separating section, and effective electric charges flowing in the electric-charge-storing section over the potential barrier are taken out as a light receiving output. - 特許庁

また、前記感光体が導電性支持体３１上に電荷ブロッキング層、モアレ防止層、電荷発生層３５、電荷輸送層３７、架橋表面層３９の順に設けられた機能分離型の感光体であることが好ましい。例文帳に追加

The photoreceptor is preferably a function separating type photoreceptor including a charge blocking layer, a moire prevention layer, a charge generation layer 35, a charge transport layer 37 and a crosslinked surface layer 39, which are provided in this order on a conductive support 31. - 特許庁

各画素は、第２導電型の電荷蓄積領域（光電変換部）と、電荷蓄積領域から電荷が転送される第２導電型の電荷検出領域を含むと共に転送された電荷量に応じた画素信号を出力する増幅部と、第１導電型の素子間分離領域とを有する。例文帳に追加

Each pixel includes a second conductive electric charge storage region (photoelectric conversion section); an amplifier including a second conduction type electric charge detection region to which electric charges are transferred from the electric charge storage region, and providing an output of a pixel signal in response to the transferred electric charge amount; and a first conduction type inter-element separation region. - 特許庁

自然界の光合成反応中心の電荷分離寿命を超える超長寿命の電荷分離状態を有し、かつ電子移動によるエネルギー損失の小さい金属クロリン・フラーレン連結分子を提供すること。例文帳に追加

To provide a metal chlorin-fullerene linked molecule which has a charge separation state with an extralong life longer than the charge separation life of a photosynthesis reaction center in the natural world and of which the energy loss due to electron transfer is small. - 特許庁

光電変換部と電荷転送部との間に素子分離部が設けられた固体撮像素子において、素子分離部での不要電荷にともなうスミアの発生を防止する。例文帳に追加

To prevent an occurrence of a smear due to an unnecessary charge in an element isolation part in a solid state image pickup element including the element isolation part provided between a photoelectric conversion part and a charge transfer part. - 特許庁

受光部２の周囲の素子分離領域、電荷転送トランジスタ素子３の読み出し領域の素子分離領域および電荷電圧変換部としてのフローティング領域４の周囲の素子分離領域に応じて、受光部２とは逆極性の不純物層の不純物濃度を変えている。例文帳に追加

Impurity concentration of an impurity layer having polarity the reverse of that of a light receiving part 2 is changed depending on an element isolation region around the light receiving part 2, an element isolation region of a read out region of a charge transfer transistor 3 and an element isolation region around a floating region 4 functioning as a charge voltage conversion part. - 特許庁

光電変換部と、前記光電変換部で生起せしめられた電荷を転送する電荷転送電極を備えた電荷転送部とを具備した固体撮像素子であって、前記電荷転送部の、隣接する前記電荷転送電極間が、前記電荷転送電極間から電荷転送部の表面全体を覆うように形成された電極間絶縁膜で分離されている。例文帳に追加

The adjacent charge transfer electrodes in the charge transfer are separated by an interelectrode insulating film formed so as to cover the entire surface of the charge transfer from between the charge transfer electrodes. - 特許庁

電子の集積と不要電荷の分離とが複数回繰り返された後、蓄電電極１４ｂに対応して形成された電荷蓄積部に流れ込んだ有効電荷が受光出力として取り出される。例文帳に追加

After integrating electric charges and separating unnecessary electric charges is repeatedly carried out a plurality of times, effective electric charges flowing in an electric-charge-storing section formed corresponding to the storage electrode 14b are taken out as a light receiving output. - 特許庁