1) Choice of heavy atom perturber
重原子微扰剂选择
2) heavy atom pertuber
重原子微扰剂
1.
Both α-NOA and β-NOA aqueous solutions can emit strong and stable RTP signal in the absence of a protecting medium by addition of KI or TlNO 3 as heavy atom pertuber(HAP) and Na 2 SO 3 as deoxygenator.
以ＫＩ或ＴｌＮＯ３ 作重原子微扰剂， Ｎａ２ＳＯ３ 作除氧剂， 两者均可在无保护性介质存在下发射强而稳定的室温磷光信号， 可用于分析测定。
4) ion-selective microelectrode
离子选择微电极
1.
Because the differences of its application, the microelectrode can be divided into ion-selective microelectrode and patch clamp detecting technique .
根据检测目的的不同,微电极主要应用可以分为离子选择微电极检测技术和膜片钳技术。
2.
Application of ion-selective microelectrodes involves almost all the natural sci- entific researches fields,especially electrophysiology.
离子选择微电极的应用几乎涉及所有的自然科学领域。
5) atomic selective measurement
原子选择性测量
6) selective atomic measurement
选择原子测量
1.
We investigated the squeezing and antibunching effect of the field of the atom system in the J-C model with a Kerr-like medium via atomic measurements,and disscussed the influence of the selective atomic measurement on the propertiesof the field.
研究了含Kerr介质J－C模型中经原子测量后去纠缠态的光场压缩及反聚束效应，讨论了选择原子测量对Kerr介质中二能级原子系统场性质的影响。
补充资料：重扰
1.增加困扰。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条