您要查找的是不是：
- A description of the contents of actual memory location. 一种对实际存储器单元内容的描述。
- A memory location that is part of a processor or an I/O device. 是处理器或I/O设备一部分的储存器的地址。
- A number used in information storage or retrieval that is assigned to a specific memory location. 存储器位置，地址，编址指定于某个特定区域内，用于信息存储或提取的数字
- The address of a memory location at which a character can be accessed. 字符被排列的地址:字符可能被获取存储单元的地址。
- Knowing which one of 4096 date memory locations is not so simple. 要想访问4096个数据存储单元中的某一个绝非易事。
- The address of a memory location at which a32- bit IEEE single-precision floating-point number can be accessed. 一个32位元的ieee单精确浮点数字可以被存取的记忆体位置的位址.
- The physical address of the actual memory location is the sum of the offset and the base address values. 实际内存位置的物理地址就是这个基址值与偏移量之和。
- Interlocked operations are simple atomic operations performed on a memory location by static methods of the. 类的静态方法对某个内存位置执行的简单原子操作。
- Thus, the augend and addend must each be small enough to fit within one memory location. 由此可见，加数和被加数都应足够小，以便能够适合地装入一个存储单元。
- Imbedding reduces the number of memory locations required. 采用嵌入法可以减少所需存储单元的数目。
- Thus, the augend and the addend must each be small enough to fit within one memory location. 由此可见,加数和被加数都应足够小,以便能够合适地装入一个存储单元。
- Data breakpoints allow you to break execution when the value stored at a specified memory location changes. 使用数据断点可以在存储于指定内存位置上的值发生更改时中断执行。
- A memory location is either an object of scalar type, or a maximal sequence of adjacent bit-fields all having non-zero width. 一个内存位置要么是一个标量、要么是一组紧邻的具有非零长度的位域。
- The state of all registers, memory locations and other operative conditions. 所有寄存器、存储单元和其它运算条件的状态。
- The address of a memory location at which a 32-bit IEEE single-precision floating-point number can be accessed. 一个32位元的IEEE单精确浮点数字可以被存取的记忆体位置的位址.
- The address of a memory location at which a 64-bit IEEE double-precision floating-point number can be accessed. 一个64位元的IEEE双精确浮点数字可以被存取的记忆体位置的位址.
- Thus, the augend and addend must each be small enough to fit within one memory location . 由此可见，加数和被加数都应足够小，以便能够适合地装入一个存储单元。
- Thus, the augend and the addend must each be small enough to fit within one memory location . 由此可见，加数和被加数都应足够小，以便能够合适地装入一个存储单元。
- The state of all registers,memory locations and other operative conditions. 所有寄存器、存储单元和其它运算条件的状态。
- Let us imagine that a computer memory is a long array and every array location has a distinct memory location. 我们可以把计算机的内存想象成很长的数组，每个数组在内存中都有明确的位置。
