光子数状態の英語

光子数状態発生装置例文帳に追加

PHOTON NUMBER STATE GENERATING DEVICE - 特許庁

光子放出後に単一物質系の状態を戻すプロセスを必要とせず、かつ励起光と異なる周波数（波長）の光子を発生させる。例文帳に追加

To generate a photon with a different frequency (wavelength) from that of excitation light with no requirement of a process for returning to the state of a single substance after photon discharge. - 特許庁

式（３）において、Ｉ：光電子強度、ｈｖ：光子エネルギー、φ：仕事関数、Ｅ_０：吸着など物質表面に生じたクラスター状態のイオン化エネルギー、σ：同状態の標準偏差、ＣＧ/ＣＦ：同状態の相対的な状態密度である。例文帳に追加

In the formula (3), I is the intensity of a photoelectron, hv is photon energy, ϕ is a work function, E_0 is the ionizing energy of a cluster condition generated on the surface of a substance such as adsorption or the like, σ is the standard deviation of the same state and CG/CF is a relative state density in the same state. - 特許庁

本発明の量子もつれ光子対の生成方法は、ＣｕＣｌ等の半導体物質に２個の親光子（角振動数ω_ｉ）を照射して、二光子共鳴励起によって角運動量が０の状態の励起子分子を生成する。例文帳に追加

In the quantum entangled photon pair generating method, a semiconductor substance such as CuCl is irradiated with two parent photons (angular frequency ω_i) and an exciton molecule in a condition of an angular momentum of 0 is generated by two-photon resonant excitation. - 特許庁

この量子干渉装置では、光周波数の異なる２光子の一方の光周波数を他方の光周波数に変換し、光周波数が一致した２光子（１’，２）のベル状態測定を行う。例文帳に追加

In the quantum interference device, the optical frequency of one of the two photons having optical frequencies different from each other is converted to the other optical frequency and the Bell states of the two photons (1', 2) having optical frequencies identical with each other are measured. - 特許庁

本発明の一実施形態による量子干渉装置は、光周波数の異なる２光子（１，２）のベル状態測定を行う。例文帳に追加

In a quantum interference device, Bell states of two photons (1, 2) having optical frequencies different from each other are measured. - 特許庁

この２光子吸収材料は、金属原子に対して単数又は複数の分子が配位してなる金属錯体であり、情報記録用の記録光である記録光ビームＬ１の照射に応じた２光子吸収による状態変化によって記録光ビームＬ１を１光子吸収し、当該１光子吸収に応じた発熱により記録マークを形成するようにした。例文帳に追加

This two-photon absorbing material is a metal complex in which one or more molecules coordinate with a metal atom, and the material performs one-photon absorption of a recording light beam L1 by a change of state due to two-photon absorption upon irradiation with the recording light beam L1 which is recording light for information recording, and forms a recording mark by heat generation in response to the one-photon absorption. - 特許庁