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Fig.3 and Fig.4 show that grooves in the width of 1-2micrometer on the surface of films sputtered at 180℃ forms optic trap of solar spectrum in the range of 0.25~3micromete, and increase the absorption efficiency of solar radiation.
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在温度约180℃的情况下的薄膜表面形貌,薄膜表面宽度为一两个微米沟槽,形成了对0.25~3微米太阳光谱的光学陷阱,可提高太阳光谱范围能量的吸收率。 |
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Fig.4 Anoxia reperfusion group with the addition cerium ions:Mitochondria swelling and cristae vague appear in the cell. Cerium deposits can be seen in the mitochondria.
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图4缺氧再灌注加铈组:心肌细胞内线粒体肿胀,嵴模糊不清。线粒体内可见铈沉积颗粒。 |
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Fig.4 Cholesterol granuloam in early stage.The granulation tissue matrix containing chronic hemorrhage,fewer cholesterol crystals and multinucleated giant cells(HE×200).
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3成熟胆固醇肉芽肿:炎性肉芽组织基质中含有大量胆固醇结晶和多核巨细胞(HE染色×100)。 |
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Fig.4 Response of NPQ to PFD in control and Fe-deficient plants。 The left side is maize; the right side is soybean.
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图4对照及缺铁植株非光化学猝灭光化学效率(NPQ)对光强的响应。左侧为玉米,右侧为大豆。 |
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Fig.4 The effects of RSM on the neuron damage and WBC infiltration in ischemic cortex(×200).
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4丹参对脑皮质缺血区神经元损伤及白细胞浸润变化影响(×200)。 |
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Fig.5 Anoxia reperfusion group with the addition ceriumions:The deposits of cerium are located in the mitochondria and around it, some on the membrane.
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图5缺氧再灌注加铈组:线粒体周围、膜上及线粒体内可见铈沉积颗粒。 |
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Fig.5 Dissociated DRG cells of chick embryo treated by the peak I eluate; Showing neuronal neurite(arrows).
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图5Ⅰ峰洗脱液作用的DRG分离细胞,示神经元的神经突起(↑)。 |
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Fig.5:Side Grenade Attaching Slot &Locking Strap with Snap.
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图五:弹袋旁手榴弹插槽及『啪钮』绑带。 |
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Fig.6 Quantitative analysis of the change in the optical density along a straight line within the dense-core of the LDCV in the nerve terminal of rat spinal cord.
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图7定量分析猴脊髓后角内神经终末中大致密芯泡泡芯内沿直线的光密度变化。 |
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Fig.7 Dissociated DRG cells of chick embryo treated by the peak D eluate; Showing neuronal neurite(arrows).
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图7D峰洗脱液作用的DRG分离细胞,示神经元的神经突起(↑)。 |
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Fig.7 Quantitative analysis of the change in the optical density along a straight line within the dense-core of the LDCV in the nerve terminal of monkey spinal cord.
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图7定量分析猴脊髓后角内神经终末中大致密芯泡泡芯内沿直线的光密度变化。 |