1.
The CPU contains an accumulator( AC) to temporarily store data.
CPU有一个累加寄存器用于临时存储数据。
2.
accumulator and index register can Be accessed By the programmer.
程序员可以对累加器和变址寄存器进行存
3.
Accumulator and index register can be accessed by the programmer
程序员可以对累加器和变址寄存器进行存取。
4.
All instructions are carried out using a register called the accumulator, which we shall denote by A.
全部指令执行时都用了称作累加器的寄存器（用符号A来表示）。
5.
A register or electric circuit in a calculator or computer, in which the results of arithmetical and logical operations are formed.
储蓄器，累加器，加法器计算机或计算器中得出数学或逻辑运行结果的寄存器或电路
6.
addendpartial product register
被加数部分积寄存器
7.
memory register
存储寄存器存储寄存器
8.
holding register
保持寄存器存储寄存器
9.
register-to-register transfer operation
寄存器－寄存器转移操作
10.
register-to-register arithmetic operation
寄存器－寄存器算术运算
11.
modifier register
变址[数]寄存器, 指数寄存器, 修改寄存器
12.
memory location register
存储(单元)寄存器
13.
carry (storage) register
进位(存储)寄存器
14.
storage limit register
存储范围寄存器, 存储极限寄存器
15.
output register
(连续)输出寄存器
16.
magnetic core (shift) register
磁心(移位)寄存器
17.
cyclic shift register
循环(移位)寄存器
18.
AND-OR stack register
“与或”堆栈寄存器