charge transfer interaction

题目

charge transfer interaction

相似考题

1.The monitor is () charge () the class.A、at … onB、on … ofC、in … ofD、in …on

2.The ticket does not _______ you totravelfirst class.A.entitleB.spurC.blameD.charge

3.If you are interested, we will send you a sample lot,()charge.A. withinB. forC. inD. free of

4.We sell insurance cover your payment () will depend on the cover you require.A、feeB、fareC、charge

参考答案和解析
正确答案：charge transfer interaction：传荷络合作用电性差别比较大的两个分子间产生的电荷迁移力。
chargetransferinteraction：传荷络合作用,电性差别比较大的两个分子间产生的电荷迁移力。
更多“charge transfer interaction ”相关问题

  • 第1题：

    Where are files queued for transmission when using the configuration archive transfer－on－ commit function?()

    A./var/config

    B./var/queue

    C./var/transfer/queue

    D./var/transfer/config


    参考答案：D

  • 第2题：

    No person whose license has been revoked shall be issued another license except upon ______.

    A.approval of the Commandant

    B.taking a new examination

    C.approval of the Officer-in-Charge，Marine Inspection

    D.approval of an administrative law judge


    正确答案：A

  • 第3题：

    Could you charge it to my room? “charge” here means to add it to his account so he can pay for it later.

    A对

    B错


    对
    略

  • 第4题：

    The authority to grant an alternate procedure for oil transfer operations rests with the ______.

    A.nearest Coast Guard office

    B.Officer-in-Charge，Marine Inspection

    C.Area Commander

    D.Captain of the Port


    正确答案：D

  • 第5题：

    An increasing proportion of our population,unable to live without advanced medical（ ）will become progressively more reliant on expensive technology.

    A.interference
    B.interruption
    C.intervention
    D.interaction

    答案：C
    解析：
    intervention“介入”，强调“夹在中间”，有“从中调解”之意。如：accept outside intervention接受外界的调停。A.interference“干涉，妨碍”；B.interruption“中断中止，阻碍”；D.interaction“相互作用；相互影响”。

  • 第6题：

    Transfer 功能可用以转移账目。


    当一个荧光分子（又称为供体分子）的荧光光谱与另一个荧光分子（又称为受体分子）的激发光谱相重叠时，供体荧光分子的激发能诱发受体分子发出荧光，同时供体荧光分子自身的荧光强度衰减。FRET程度与供、受体分子的空间距离紧密相关，一般为7～10nm时即可发生FRET；随着距离延长，FRET呈显著减弱。

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