Integer is a common atomic data type found on most programming languages and in most computer architectures.
在许多程序设计语言和计算机体系结构中的整型是一个常用的原子数据类型。
Let us look as two classes of data type. We will call any data type whose values we choose to consider atomic an atomic data type. Ofter, we choose to consider integers to be atomic.
我们来看两种的数据类型，我们称任何由原子值构成的数据类型为原子数据类型，通常我们倾向于把整数视为原子。
Note that this atomic domain is defined as DOUBLE, while the data type for the database column (determined using reverse engineering) is a BIGINT.
注意，这个原子域被定义为DOUBLE，而数据库列（由反向工程决定）的数据类型为 BIGINT。
When you want to create an atomic value of one of the time-oriented data types, use a type-constructor function and provide the string representation as an argument.
如果需要创建与时间相关的数据类型的单个值，可以使用类型构造器函数并提供时间的字符串表示形式作为参数。
A construction layout about flexible, convent, new type, multi parameter, high accuracy, large volume data acquisition system for the Rubidium atomic frequency standard test is put forward.
提出了一种用于铷原子频标实验的灵活、方便的新型多参数、高准确度、大容量数据采集系统的构成方案。
A construction layout about flexible, convent, new type, multi parameter, high accuracy, large volume data acquisition system for the Rubidium atomic frequency standard test is put forward.
提出了一种用于铷原子频标实验的灵活、方便的新型多参数、高准确度、大容量数据采集系统的构成方案。
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