deformation rate effectとは 意味・読み方・使い方

By using "L→H" organic pigment recording material which has a reflecting rate which is higher in a portion recorded (a recording mark) than in a portion not recorded, substrate deformation is not needed by formation of the recording mark utilizing decoloration effect due to separation of electronic bonds, and the recording sensitivity is enhanced.例文帳に追加

記録された部分（記録マーク）内で非記録部分より反射率が上がる“Ｌ→Ｈ”有機色素記録材料を採用する事で、電子結合の分離による脱色作用を用いた記録マークの形成により基板変形を不要とし、記録感度が向上する。 - 特許庁

By using an organic pigment recording material "L→H" which has reflecting rate which is higher in the position recorded (recording mark) than in the position not recorded, the substrate deformation is not needed by formation of a recording mark utilizing a decoloration effect due to separation of electronic bonds, which leads to enhancement of recording sensitivity.例文帳に追加

記録された部分（記録マーク）内で非記録部分より反射率が上がる“Ｌ→Ｈ”有機色素記録材料を採用する事で、電子結合の分離による脱色作用を用いた記録マークの形成により基板変形を不要とし、記録感度が向上する。 - 特許庁

By using a "L→H" organic dye recording material with a reflection rate which is higher in a portion recorded (a recording mark) than in a portion not recorded, substrate deformation is not needed by formation of the recording mark utilizing a decoloration effect due to separation of an electronic coupling, and the recording sensitivity is enhanced.例文帳に追加

記録された部分（記録マーク）内で非記録部分より反射率が上がる“Ｌ→Ｈ”有機色素記録材料を採用する事で、電子結合の分離による脱色作用を用いた記録マークの形成により基板変形を不要とし、記録感度が向上する。 - 特許庁

By using "L→H" organic pigment recording material which has a reflecting rate which is higher in a portion recorded (a recording mark) than in a portion not recorded, substrate deformation is not needed by formation of the recording mark using decoloration effect due to separation of electronic bonds, and recording sensitivity is enhanced.例文帳に追加

記録された部分（記録マーク）内で非記録部分より反射率が上がる“Ｌ→Ｈ”有機色素記録材料を採用する事で、電子結合の分離による脱色作用を用いた記録マークの形成により基板変形を不要とし、記録感度が向上する。 - 特許庁

To prepare a modified piezoelectric ceramic based on lead zirconate titanate with a high depolarization strength in the case of a high mechanical (impact) load (for gas igniters) and in particular with a low temperature coefficient and a low ageing rate of functional characteristics, a high Curie temperature (for sensors) and a large deformation effect (for actuators).例文帳に追加

高い機械的（衝撃）負荷（ガス着火装置のため）の際に高い減極強度を有し、かつ特に機能的特性の低い温度係数および老化速度、高いキュリー温度（センサーのため）ならびに大きな変形効果（アクチュエーターのため）を有するジルコン酸チタン酸鉛をベースとする変性圧電性セラミックを製造する。 - 特許庁