NAND:逻辑不与

“逻辑与非”(logical NOT AND)通常缩写为NAND,广泛应用于学术及电子技术领域,以简化书写表述并提升使用效率。该术语代表逻辑运算中“与”操作后取反的结果,常见于数字电路设计和计算机科学相关文献中。

logical NOT AND具体释义

  • 英文缩写:NAND
  • 英语全称:logical NOT AND
  • 中文意思:逻辑不与
  • 中文拼音:luó jí bù yǔ
  • 相关领域nand 电子

logical NOT AND的英文发音

例句

  1. Only arithmetic computing such as addition and subtraction, and logical computing as AND, OR, NOT and XOR are provided in the unit, but it can meet most need for processing.
  2. 此处理器的执行单元提供了加、减算术运算和与、或、非、异或等逻辑运算,还有交换、移位操作,满足大多数的需求。
  3. Ensure your design does not prevent you from scaling out and it uses logical layers, does not unwittingly introduce affinity, and supports load balancing.
  4. 使用支持横向扩展和逻辑分层的设计,避免无意中引入的依附关系,使能够支持负载均衡。
  5. With a localized problem like this, the logical course of action is not to scrap your entire car and try to rebuild it from scratch.
  6. 对于这样的局部问题,合理的做法不是拆除整个汽车并从头开始重新构建它。
  7. In fact, the logical truth and the factual truth are not entirely different, and the difference between them is not absolute.
  8. 实际上,逻辑真理和事实真理并非泾渭分明,二者的区别也不是绝对的。
  9. Though the concept of authority are controversial in the field of the logical and political philosophy, they do not deny that the authority and power are closely linked.
  10. 尽管权威概念在法学和政治哲学领域备受争议,但是他们均不否认权威与权力之间具有紧密的联系。