但根据这些代码段的使用位置和修改方式的不同,可能会在应用程序中造成安全威胁。
Depending on where they are used and how they are modified, they can create security risks in your application.
通过多个声辐射数值优化计算算例,对比分析了三种结构修改方式的优化结果,比较可以发现加强筋的优化效果最好,重量最轻。
It is demonstrated that the structure tailoring method by adding stiffeners is the lightest way to achieve the largest reduction in acoustic radiation power.
如果以某种方式修改代理,那么上次运行的日志将被删除。
And if you modify the agent in any way, the log of the last run will be deleted.
That revisions may have been made, so that you might have different sources that have been revised or put together in different ways. Right?
这些修订,以便于你可以对,不同的素材,以不同方式,进行修改或者重组?
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