This simplifies application event handling because you do not need to lock non - static members in the application class when you access them 由于在访问应用程序类中的非静态成员时不需要将其锁定，这样可以简化应用程序的事件处理过程。
To implement an interface member , the corresponding member on the class must be public , non - static , and have the same name and signature as the interface member 若要实现接口成员，类中的对应成员必须是公共的、非静态的，并且与接口成员具有相同的名称和签名。
Static properties cannot be accessed through the object using the arrow operator - > . calling non - static methods statically generates an e _ strict level warning 静态成员不能被类的对象通过箭头符号- >来调用。静态的调用一个非静态方法会导致一个e _ strict级别的警告。
By using the maxwell ' s equations and axial symmetry , a method on calculating non - static axial symmetry fields with unstable charge source is given 摘要利用麦克斯韦方程组和场的轴对称性，给出了由对称轴的非静态电场计算含不稳定电荷源的轴对称非静态空间电磁场的一种方法。
Other situations are not as relevant to the c object model as these are : static and non - static non - virtual member functions do not have any issues in shared environment 其他情形不像它们这样与c + +对象模型关系密切：静态的和非静态非虚拟的成员函数在共享环境中没有任何问题。
A static variable is associated with the class as a whole rather than with specific instances of a class . non - static variables take on unique values with each object instance 静态变量与类整体相关联而不是与具体的一个类的实例相关联。非静态变量则拥有一个与每个对象实例相关联的唯一的值。
A ： a static variable is associated with the class as a whole rather than with specific instances of a class . non - static variables take on unique values with each object instance 静态变量与类整体相关联而不是与具体的一个类的实例相关联。非静态变量则拥有一个与每个对象实例相关联的唯一的值。
All public settable non - static non - abstract properties exposed by the task class can be accessed in the project file by placing a corresponding attribute with the same name on the 元素上放置一个同名的对应属性( attribute ) ，可以在项目文件中访问任务类公开的所有可公共设置的非静态非抽象属性( property ) 。
Provides static methods for obtaining configuration information from the application that is currently running , and non - static methods for obtaining configuration information from a separate application 提供从当前正在运行的应用程序获取配置信息的静态方法，以及从单独的应用程序获取配置信息的非静态方法。
To predict the multiple dynamic behaviors of the suction pipe system of a trailing suction hoper dredger ( tshd ) when it is dredging at sea under the un - quiet conditions , the forces acting on the system should be analyzed accurately 摘要为预测耙吸式挖泥船远海施工时耙吸管系统在非静态环境中的多体动力学行为，要求准确分析作用在该系统上的力。
