非门

一种新型TTL非门电路的设计

The Contrivance of a Novel TTL NOT Gate Circuit

说明了新电路如何克服现有的TTL非门电路自身的弱点，使其工作更加稳定可靠。

The novel circuit overcomes the shortcomings the existing TTL NOT gate circuit has .

利用Raman相互作用构造类可控非门

Construction of Like - Control - Not Gate with Raman Interaction

对照组为非门脉高压的慢性HBV感染者。

The control group were the patients with chronic HBV infection without portal hypertension .

文中的普适量子门阵列由一个Bell测量和3个推广的控制非门组成。

Th I s universal gate array consists of a joint Bell measurement and three controlled - NOT gates .

理论研究和实际应用证明了CMOS非门具有较高的放大倍数和较好的放大性能。

We proved that it has higher gain and better amplification characteristic in CMOS non-gate by theory investigation and practice applications .

基于RTD的与非门和或非门设计

Design of Nand and Nor logic gates based on RTD

BFL与非门或非门单元组成的高性能GaAs分频器的设计

Design of High Performance Frequency Divider Using GaAs BFL-NAND and BFL-NOR Gates

论文设计了基于RT量子器件的二值与非门与或非门，设计的门电路结构简单，并具有量子器件所具有的速度快、功耗低、集成度高等优点。

The designed gates have simple configuration , they also have the advantages that quantum devices possess , so they can suit the requirement of VLSI .

我们介绍了如何利用无消相干子空间（DFS）制备原子纠缠态并且实现原子之间的受控非门操作。

Here the operation inside the DFS can be used to prepare atomic entangled states and implement a quantum logic gate .

利用门冻结技术的基本原理，提出了基于F门的逻辑单元电路设计：F-与非门和F-或非门，并将其应用到一种新的RS触发器中。

According to the idea of gate freezing , the designs of the logic cells : F-Nand-gate and F-Nor-gate are presented , and then a new kind of RS flip-flop based on F-Gates is proposed .

提出了一种基于同一结构实现全光逻辑与门和或非门的新型方案，其理论基础是级联单端半导体光放大器（SOA）的交叉增益调制效应。

A novel scheme for all-optical logic AND and NOR gates is proposed based on the same structure , and the principle of operation is the cross-gain modulation in cascaded single-port-coupled semiconductor optical amplifiers ( SOAs ) .

根据SOA环镜透射端和反射端输出功率的表达式，数值模拟了10Gb/sNRZ信号输入SOA环镜后得到的输出结果，分别在SOA环镜的透射和反射端实现了逻辑非门和逻辑异或功能。

The transmitted and reflected output power of SOA loop mirror are simulated at10Gb / s NRZ signals . All-optical XOR and NOT logic operation based on SOA loop mirror are demonstrated theoretically .

任意量子门都可以由二比特控制非门（CN门）和单比特旋转门（R门）组成。因此，人们致力于研究如何实现CN门和R门。

Since any logic gate can be constructed by two-qubit controlled not gates ( CN gate ) and one qubit rotation gate ( R gate ), the realization of the CN and R gates has been studied extensively .

在以CMOS为开关器件的数字集成电路芯片的设计中，由于或非门优于与非门，故应该使用所介绍的方法，直接采用或非门设计组合逻辑电路芯片。

Because the NOR gate is superior than the NAND gate . the method introduced in this paper should be adopted and the NOR gate ought to be directly used when designing digital integrated circuit with CMOS as switches .

引入N中取K门、非门、阶段任务运算符，并给出相应的运算规则。

It particularly makes the following extensions to GO-FLOW : ( 1 ) Some new logical modeling operators such as " K / N " gate , " Not " gate , " Phased mission " gate are introduced and corresponding calculating principles are also given .

基于该方案设计了三值反相器、文字运算电路、三值与门/与非门和或/或非门等基本电路，并采用标准CMOS工艺来实现这些电路。

On the basis of the proposed scheme , the ternary inverter , literal , ternary AND / NAND and OR / NOR gates with less complex structure were designed , and the standard CMOS process was adopted without any modification of the thresholds .

以Clifford代数为工具，讲座量子比特（Qubit）与量子逻辑门（量子非门，Hadamard门，量子受控非门，Toffoli门等）的有关性质。

The properties of quantum bit ( Qubit ) and quantum logic gates ( quantum not-gate , Hadamard gate , quantum controlled not-gate , Toffoli gate etc. ) are discussed with Clifford algebra .

结论SAAG对鉴别门静脉高压性和非门静脉高压性腹水具有重要的临床价值，是一种较传统的渗漏出液概念更准确的分类方法。

Conclusion SAAG is valuable to differentiate ascitic fluid of portal hypertension from that of non-portal hypertension , and is superior to the exudate – transudate classification .

用彩色多普勒超声波观察静脉注射奥曲肽0.1mg对17例门脉高压症患者和6例非门脉高压症患者门脉血流的影响。

The effect of single dose ( 0.1mg ) of octreotide given intravenously on portal blood flow in 17 patients with portal hypertension and 6 patients without portal hypertension were monitored by colour pulsed Doppler ultrasound .

方法回顾性分析11例应用介入技术成功诊治的非门脉性消化道出血患者。

Methods Eleven non-portal vein gastrointestinal hemorrhage patients were analyzed retrospectively .

采用或非门设计最简逻辑电路的方法

Method of Designing the Simplest Logic Circuits with NOR Gates

内镜下微波治疗非门脉高压上消化道出血

Endoscopic Microwave in Treatment of Upper Gastrointestinal Hemorrhage Due to Non-portal Hypertension

四值非门和与非门电路的研究

Study on About the Circuit of 4 Values NOT Gate and NAND Gate

基于同一结构实现全光逻辑与门和或非门的研究

Investigation on all-optical logic AND and NOR gates based on the same structure

介入技术诊治非门脉性消化道出血

Interventional technology in the diagnosis and therapy of the non-portal vein gastrointestinal hemorrhage

离子阱中量子受控非门的操作误差的分析与提纯

Purification and Analysis of the Error of Controlled-Not Operation in an Ion Trap

基于非门电路的高增益交流放大器理论研究与应用

Theory Research and Application of High Gain AC Amplifier Based on Non-Gate Circuit

一种全光逻辑或非门的理论和实验研究

Experimental and Theoretical Investigation on All-Optical Logic NOR Gates

采用量子非门实现量子变异以阻止早熟收敛；

Quantum NOT gate is used to realize quantum mutation to avoid premature convergence .