1) microwave anomalous propagation
微波异常传播
2) exception propagation
异常传播
1.
The exception propagation graph (EPG) that describes the large programs with exception handling constructs is proposed by simplifying the control flow graph and it is applied to a case to verify its validity.
通过简化程序的控制流图,得到一种描述大型程序中异常处理结构的方法——异常传播图,并用实例验证了其有效性。
2.
Exception propagation induces a control flow other than the main control flow,so it changes the data flows,control flows of programs and the dependence relationshi Pbetween the structure elements of programs.
异常处理是一种用来检测异常并对其进行处理的技术,异常传播改变程序原来的执行路线,从而可能改变程序中的数据流、控制流和各种成分的依赖关系。
3.
To solve the problem that the representation is too complex in describing exception propagation path,based on C++ exception handling,this paper proposes an exception control flow graph model.
为了解决目前在分析异常传播路径中表示方法过于复杂的问题,该文针对C++的异常机制建立异常控制流图模型,在分析异常在传播过程中各种关系的基础上建立异常传播图模型,并对异常传播图在结构测试中的应用进行讨论。
3) anomalous propagation
异常传播
1.
It is a cross-issue involving many subjects simultaneously for us to study the photonic tunneling effect or the anomalous propagation of electromagnetic wave, and, as a young and spunky field, it has theoretical and practical interest.
研究光子隧道穿透效应或电磁波的异常传播现象，是一个同时牵涉到多个学科的理论与应用的交叉课题，同时也属于一个年轻且颇具生机的领域，研究这一领域既有理论价值也有应用价值。
4) propagation anomaly,transmission anomaly
传播异常
5) microwave propagation
微波传播
1.
Based upon Landau-Lifshitz equation and Maxwell equations,we investigate properties of normally incident microwave propagation in the exchange coupled trilayer ferromagnetic films with in-plane anisotropy.
研究发现由于存在层间交换耦合作用,沿膜厚度方向不均匀的激发磁场显著影响铁磁层的磁导率,导致新颖的微波传播性质。
6) sound transmitter abnormity
声传播异常
1.
The sound abnormity factor and sound transmitter abnormity are described in the paper.
阐述了声异常因子、声传播异常的概念,讨论了声传播异常在研究不均匀介质中的传播损失、混响及水声设备作用距离等方面的应用。
补充资料：电离层超短波和微波传播
见电离层无线电波传播。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条