On the meta-microscale, even slow-moving objects require a high temporary resolution, because your field of view is so small.
在微观尺度下，即时是很慢的物体移动也需要一个很高的时间分辨率，因为你所要观察的领域是如此的小。
OSEM allows to specify custom converters, multiple meta-data (maps to Resource property) per class property, analyzers, 'all' field participation, and many more.
OSEM允许制定不同的转换器，一个类属性对应多个元数据(从资源到属性的映射)、分析器和所有参与的字段，等等。
So for instance, when you declare of field of type List, somewhere in the bytecode, this information is kept in the form of some meta-information, although this field is really just of type List.
例如，当你声明了类型为List的成员变量时，这个信息是在字节码的某个地方以某种元信息的方式保存的，尽管这个成员变量确实仅仅是List类型的。
For the meta tag description, for example, <meta name="description" content="", use the second Auxiliary Description field.
为元标记的描述，例如 <metaname="description"content=""，使用第二个Auxiliary Description字段。
As a new rising discipline, hydroinformatics is a meta-knowledge in the water field and provides a new way to use knowledge in this field.
水信息学是一门新兴的学科，是在水范围内运用知识的新途径、元知识。
Those theories include the Three Meta-functions of Meaning, Seven Types of Meaning, Semantically Synonymous Field, Context Theory, Transfer of Mother Tongue, and Prominence Principle.
所涵盖的理论包括语义三元论，意义七分法，同义场论，语境论，语言迁移论和突显论。
Those theories include the Three Meta-functions of Meaning, Seven Types of Meaning, Semantically Synonymous Field, Context Theory, Transfer of Mother Tongue, and Prominence Principle.
所涵盖的理论包括语义三元论，意义七分法，同义场论，语境论，语言迁移论和突显论。
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