中文摘要：

同类的催化剂[Cp *Rh (NH ₃)(H₂ O )₂]³⁺ 被作出对有利的裁决到氢和二氧化碳的甲醇和水的干净变换。因此，简单、容易可得到的反应步骤能围绕公司的形成使避免使催化剂失去活性并且污染氢燃料可能。与为氢生产的常规改过的方法不同，不另外碱或有机物质在这个方法被要求。珍贵的氢能在 70 点在周围的压力下面被获得? perative CT 计划我们估计了考察的 accuracy.MethodsWe 为用X光线照相术的参数 sagittal 和花冠膝解剖平衡的 94 个机器的帮助 UKA 手术的临床、X光线照相术的信息例如以后的 condylar 偏移量比率( PCOR )，以后的胫骨的斜坡(磅)，大腿骨胫骨的角度，和联合 line.ResultsIn sagittal 飞机，我们没发现 pre 和手术后的 PCOR 价值之间的重要差别是计划，磅在与本国的膝相比的 UKA 以后是显著地更低的(4.91 为 SVM _{发现最佳的参数？？}

英文摘要：

A homogeneous catalyst [Cp＊Rh（NH3）（H2O）2]-（3＋） has been found for the clean conversion of methanol and water to hydrogen and carbon dioxide. The simple and easily available reaction steps can circumvent the formation of CO, therefore, making it possible to avoid inactivating catalysts and contaminating the hydrogen fuel. Different from conventional reforming method for hydrogen production, no additional alkaline or organic substances are required in this method. Valuable hydrogen can be obtained under ambient pressure at 70 C, corresponding TOF is 83.2 h 1. This is an unprecedented success in reforming methanol to hydrogen. Effects of reaction conditions, such as reaction temperature, initial methanol concentration and the initial p H value of buffer solution on the hydrogen evolution are all systematically investigated. In a certain range, higher reaction temperature will accelerate reaction rate. The slightly acidic condition is conducive to rapid hydrogen production. These findings are of great significance to the present establishment of the carbon-neutral methanol economy.