The task of validating any given theory against any given proprotor/propeller data set is of immense importance. Not just to the researchers who are developing a theory, but to the working engineers using the theory to design a proprotor/propeller. However, there is a major difference in how the two groups see validation. This difference is that, most frequently, researchers see the validation in coefficient form as, for example, C_P versus C_T or Figure of Merit versus C_T. In contrast, design engineers much prefer working in the dimensional world as, for example, horsepower required to hover versus aircraft weight. The objective of the design engineer is, of course, to release drawings and specifications to manufacturing so a VTOL aircraft will be built with reasonably high assurance that the aircraft will meet the primary specifications.
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机译：本发明涉及以对用户透明的方式在乘客的公共交通工具中的车辆上的优化访问控制。安装在乘客公共交通工具上的bilh u00c9tica系统的主要目标之一是提供访问控制以帮助防止欺诈。因此，在验证个性化交通工具标题以支持电子设备的过程中卡接近度或其他因素，即驾驶员对这些游戏的看法。在照片上和经过验证的卡所对应的用户名，从而确认C Art u00c3o是否属于已验证此标题的用户，从而减少了用户方面的欺诈可能性。
