| 1. | They s not another hoile tuh lig dahn in i th hahse
在这所房子里可没有别的洞可钻啦！ ”
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| 2. | I try to hide it , but every time i see you , i lig ht up
我想要克制但是每次见到你，都会情不自禁
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| 3. | I try to hide it , but every time i see you , i lig ] ht up
我想要克制但是每次见到你，都会情不自禁
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| 4. | Processus falciformis lig . sacrotuberosi
骶结节韧带镰状突
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| 5. | Processus falciformis lig . iliolumbalis
髂腰韧带镰突
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| 6. | The very low electrode potential of lig is an another important reason for the good electrochemical performance of li - ion secondary batteries
嵌锂石墨大量用做锂离子二次电池另一个重要原因就是嵌锂石墨具有非常低的电极电位。
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| 7. | Further researches into lithium intercalation graphite ( lig ) , which is used widely enough as a cathode , is very urgent to us
嵌锂石墨( lithiumintercalatedgraphite ， lig )就是目前人们关注最多的一种负极材料，更进一步探究嵌锂石墨充放电的内在机制迫在眉捷。
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| 8. | Therefore , batteries work effectively only when lig has the pretty high charge capacity . our theoretical conclusion about electrochemical performance of lig is strongly consistent with experiments
我们从理论上解释了嵌理石墨这一重要的电化学性能，计算结果和实验观测较一致。
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| 9. | And if we add a hemi light for faking the light coming from all points of the sky ( as in bsg . lig . f . s68 . 111 ) we can achieve a nice outdoor light . . . but we have no shadows
如果我们增加一个半光来模拟从天空散射来的光线（如bsg . lig . f . s68 . 111 ） ，我们就可以得到一个较好的室外照明了… …但是我们没有阴影！
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| 10. | Cluster models and quantum chemical methods were used to study the charge - discharge mechanism , performance and their relationship with the structure of lig for the purpose of providing a theoretical ground to the preparation , function improvement and application of materials
本文采用簇模型并利用量子化学等方法探究了嵌锂石墨充放电机制、性能和与嵌锂石墨结构间的关系，为负极材料的研制、改性及应用提供材料设计的理论依据。
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