photoelectric electron multiplier tubeとは 意味・読み方・使い方

To elevate positioning accuracy between an electron multiplier part and a photoelectric surface installed on the inside surface of a stem to obtain prescribed property, and to enhance seating property of the electron multiplier part, dimension accuracy of the full length of a photoelectron multiplier tube, and mounting property at the time of surface mounting of the photoelectric multiplier tube.例文帳に追加

ステムの内側の面に対して設置される電子増倍部と光電面との間の位置精度を高めて所定の特性を得ると共に、電子増倍部の着座性、光電子増倍管全長の寸法精度、光電子増倍管を表面実装する際の取付性を高める。 - 特許庁

To elevate positioning accuracy between an electron multiplier part and a photoelectric surface installed at the inner face of a stem in order to obtain prescribed property, and to enhance seating property of the electron multiplier part, or elevate dimensional accuracy of the full length of a photomultiplier tube and mounting property at the time of surface mounting the photoelectron multiplier tube.例文帳に追加

ステム内側の面に設置される電子増倍部と光電面の間の位置精度を高めて所定の特性を得ると共に電子増倍部の着座性を高め、又は、光電子増倍管全長の寸法精度及び光電子増倍管を表面実装する際の取付性を高める。 - 特許庁

The photomultiplier tube, provided with an envelope with its inside maintained in vacuum, has a photoelectric face (22), an electron multiplier (31) and an anode (32) arranged in the envelope.例文帳に追加

内部が真空に維持された外囲器を備え、該外囲器内に、光電面(22)と、電子増倍部(31)と、陽極(32)が配置されている。 - 特許庁

The photomultiplier tube is provided with an envelope with the inside maintained in vacuum, in which, a photoelectric face (22), an electron multiplier (31), and an anode (32) are arranged.例文帳に追加

内部が真空に維持された外囲器を備え、該外囲器内に、光電面(22)と、電子増倍部(31)と、陽極(32)とが配置されている。 - 特許庁

The photomultiplier tube, provided with an envelope with its inside maintained in vacuum, has a photoelectric face (22) as a reflective photoelectric face, an electron multiplier (31), an anode (32), and a voltage distribution part (311)integrally arranged on a device loading face as a part of an inner wall face regulating an inner space of the envelope.例文帳に追加

内部が真空に維持された外囲器を備え、該外囲器の内部空間を規定する内壁面の一部であるデバイス搭載面上に、反射型光電面である光電面(22)と、電子増倍部(31)と、陽極(32)と、電圧配分部(311)が一体的に配置されている。 - 特許庁