Dendrite相关论文
Chemically engineered dendrite growth of uniform monolayers MoS2 for enhanced photoluminescence [Inv
Large area and uniform monolayer ...
目的研究七氟醚(sevoflurane，Sevo)麻醉对发育期大鼠海马神经元树突发育以及海马组织坍塌反应调节蛋白(collapsin response mediato......
The droplets of Cu-11wt.%Sb hypoeutectic alloy have been rapidly solidified during containerless processing in a 3 m dro......
Deformation mechanism and forming properties of 6061Al alloys during compression in semi-solid state
The 6061 semi-solid aluminium alloy feedstocks prepared by near-liquidus casting were compressed in semi-solid state by ......
The microstructure of hot-dip galvanized Zn-11%Al-3%Mg-0.2%Si alloy coating was studied in this article.X-ray diffractio......
The K metal batteries are emerged as promising alternatives beyond commercialized Li-ion batteries.However,suppressing u......
为研究TiZr基非晶熔体与Ti基合金之间的两相交互作用,明确非晶复合材料中两相平衡的控制因素及调控规律,利用改进的液桥方法,设计5......
Effect of cooling rate on microstructure and inclusion in non-quenched and tempered steel during hor
该文从挂篮荷载计算、施工流程、支座及临时固结施工、挂篮安装及试验、合拢段施工、模板制作安装、钢筋安装、混凝土的浇筑及养生......
采用发散法,以端基为8个伯氨基的树状聚酯胺[PEA(NH2)8]和3,5-二羟基苯甲酸(3,5-DAC)为原料,合成了外围由小分子修饰的树状聚酯胺(......
Ti-Cu-Zr-Fe-Nb ultrafine structure-dendrite composites with good mechanical properties and biocompat
Ti-Cu-Zr-Fe-Nb ultrafine structure-dendrite composites were designed by inducing Nb and more Ti to a Ti-Cu-Zr-Fe glass-f......
Microstructure and grain orientation evolution of a specially shaped shroud during directional solid
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为探究吕家坨井田地质构造格局,根据钻孔勘探资料,采用分形理论和趋势面分析方法,研究了井田7......
为探究吕家坨井田地质构造格局,根据钻孔勘探资料,采用分形理论和趋势面分析方法,研究了井田7......
为探究吕家坨井田地质构造格局,根据钻孔勘探资料,采用分形理论和趋势面分析方法,研究了井田7......
随着麻醉领域的不断发展,新生儿麻醉的死亡率明显下降.一系列的研究表明,在脑发育高峰期,药物性阻断N-甲基-D-天(门)冬氨酸受体或......
目的 探讨谷氨酸受体通路对恶性黑素瘤(恶黑)细胞树突形态以及细胞骨架蛋白的作用.方法 激光共聚焦显微镜及原子力显微镜分析微管......
采用扫描电镜(SEM)研究在碱性电解液中通过恒电位沉积得到的铅粉。结果表明：铅晶体的形状主要取决于电沉积的过电位。通过欧姆控制......
Ni-39.3%Mo, Ni-45%Mo hypoeutectic alloys and Ni-47.7%Mo eutectic alloy have been rapidly solidified with different dropl......
锂金属是具有高能量密度的负极材料,是下一代高能量密度电池研究的重点。在锂金属负极的改性研究中,锂对称电池是最常用的测试对象......
金属锂因其具有极高的理论容量(3860 mAh·g−1)、最低的电极电位(−3.04 V vs.标准氢电极)和低的密度(0.534 g·cm−3),......
金属锂具有电位低、比容量高等突出优点,是极具吸引力的下一代高能量密度电池的负极材料,然而存在枝晶、死锂、副反应严重、库伦效......
