intra-intestinal

intra-intestinal的基本解释

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肠内的

与intra-intestinal相关的网络例句 [注：此内容来源于网络，仅供参考]

This scheme was composed of two parts: intra prediction and inter prediction. For the intra prediction part, 8×8 block DCT-HT transform-domain converse was used, and then intra mode decision was done in HT domain to obtain the optimum mode, so that good intra prediction was acquired. For the inter prediction part, Motion Vector got from Variable Length Decoding in MPEG-2 stream was reused as Prediction Motion Vector of H.264, then motion prediction mode and search region were reset, so that better prediction result was acquired.

该方案中，帧内预测使用了8×8块的DCT-HT的变换域转换，然后在HT域进行Intra模式判决得出最优模式，从而得到理想的帧内预测；帧间预测重用了MPEG-2码流中变字长解码得到的运动矢量MV，作为H.264的PMV，通过重新设定运动预测模式以及搜索范围，从而获得较好的预测效果。

It regroups video bitstreams into three separate sub-bitstreams according to importance: header information, data of Intra-macroblocks and part of Inter-macroblocks, data of the remainder of Inter-macroblocks.

它将视频流按照比特重要性分为3个子流，依次为：头信息、Intra宏块信息和部分Inter宏块信息、剩余Inter宏块信息。

We obtained similar results from the non H-exposed Cl sample. By plotting the Arrhenius relations we were able to obtain the activation energies for each set. From the set with H-exposure we obtained 1.23eV for inter-dimer hoppings and 0.70eV for intra-dimer hoppings respectively, while for the set without H-exposure we obtained 1.14eV and 0.62eV for the inter-dimer and intra-dimer hoppings respectively.

由Arrhenius 关系线，我们推算出氢-氯原子交换运动的动力能障，即对於曝氢而言inter-dimer跳跃的动力能能障为1.23 eV、至於intra-dimer跳耀的动力能则为0.70 eV，相对的，在对於没有曝氢的inter-dimer跳耀的动力能为1.14 eV，intra-dimer跳耀的动力能则是0.62eV。

与intra-intestinal相关的网络解释 [注：此内容来源于网络，仅供参考]

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