卡诺图,Karnaugh map
1)Karnaugh map卡诺图
1.Absolute encoder based on Karnaugh map;基于卡诺图的均布式绝对位置编码
2.Simplied one-way Karnaugh map method for optimization of logic design;优化组合逻辑设计的卡诺图单向化简法
3.The Karnaugh map applies in the logicalfunction transformation and in the MSI logic circuit design;卡诺图在逻辑函数变换与MSI逻辑电路设计中的应用
英文短句/例句

1.A Glimpse of the Karnaugh map Appliance in Digital Electronic Circuit Teaching初探数字电路教学中对卡诺图的运用
2.A New Way to Determine the Karnaugh Map for the Second of State Triggers in the Design of Asynchronous Counters确定触发器次态卡诺图的一种新方法
3.Study of Reducing Boolean Expression with Random Variables任意变量逻辑函数的卡诺图化简探索
4.Application of Reduced-dimension Karnaugh Map in Numeral Logical Design;降维卡诺图在数字逻辑设计中的应用
5.Application of Minor State of Karnaugh Map in Logical Circuit of Time Sequence;次态卡诺图在时序逻辑电路中的应用
6.A method of Quick Simplifying Logic Function by Using the Karnaugh Map;利用卡诺图快速化简逻辑函数的方法
7.Applications of Combined Karnaugh Map in Analysis of Logic Circuits联合卡诺图在逻辑电路分析中的应用
8.Inquiring into the teaching methods of karnaugh map in digit circuit数字电路中“卡诺图”教学方法的探讨
9.Application of a First Order Reduced-dimension Karnaugh Map in Digital Circuit Design一阶降维卡诺图在数字电路中的应用
10.TheXOR·Karnaugh map, deigned to Simplify Exelutve-OR and neighbour relation简化异或及相邻关系综合设计图——异或·卡诺图
11.Several Kinds of Flexible Applications of the Karnaugh-map in Digital Electronic Technology数字电子技术中卡诺图的几点灵活应用
12.Simplification of Multi-variate Boole Functions with the Method of Karnaugh Map of Extended Structure扩展式卡诺图对多变量布尔函数的化简
13.An ingenious logic operation of two logic functions with Karnaugh map巧用卡诺图进行两逻辑函数的逻辑运算
14.Evolution Rules of Elementary Cellular Automaton Based on Karnaugh Map基于卡诺图初等元胞自动机的演化规则
15.SPECIAL APPLICATIONS OF KARNAUGH MAP METHOD IN THE SIMPLIFYING OPERATION OF LOGICAL FUNCTIONS逻辑函数化简运算中卡诺图法的特殊应用
16.Simplifying the Logic Function of Different Expression Formulas by Using the Method of Overlaping Karnaugh Map;用重叠卡诺图法化简各种表达式的逻辑函数
17.The Characteristics of Logic Karnaugh Map and the Questions that Must Be Attentive in Using;逻辑卡诺图化简逻辑函数过程中应注意的问题
18.Extended Application of Karnaugh Map Method in Simplification of Multi-variable Logic Function;卡诺图法在多变量逻辑函数化简中的扩展应用
相关短句/例句

karnaugh['kɑ:n?:]卡诺图
1.Here introduce the tradition method and exactitude fast conversion method by contrast, including logic truth table, logic functional formula and Karnaugh.内容包括逻辑真值表,逻辑函数式,卡诺图
3)karnaugh diagram卡诺图
1.The Improvement and Application of the drawing method of Karnaugh diagram;卡诺图的画法改进及其应用
2.The Maximum Formula of Logic Function and Its Simplification of Karnaugh Diagram;逻辑函数最大项表达式及其卡诺图化简
3.This paper brieny discusses the question-how to use the pointclass diagram of multiple dimension to simplify the logistic equation, The point-classdiagram of multiple dimensions is more audio-visual vivid and simple than the wenn diagram and karnaugh diagram in the course of count and it can also express the logisticrelations of more than four dimensions.在运算过程中,显示了多维点集图比文氏图。
4)karnaugh map way卡诺图法
5)Fuzzy Karnaugh MapFuzzy卡诺图
1.The Fuzzy Karnaugh Map and the Minimization of Fuzzy Logic Function;Fuzzy卡诺图及模糊逻辑函数最小化
6)over-Karnaugh map超卡诺图
1.A new method of the reduction of over-Karnaugh map for N≥5 switching function is presented,which introduces the construction principle of over-Karnaugh map,general property,neighbouring difference criterion,the rapid construction of over-Karnaugh map,reading diagram rule,the cover of reducing dimension,and application example.提出一种N≥5开关函数的超卡诺图化简方法,较之常规卡诺图有更灵活的可操作性。
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卡尔卡诺7.35mm步枪弹
卡尔卡诺7.35mm步枪弹
产品名称:卡尔卡诺7.35mm步枪弹carcano 7.35mm rifle cartridge所属国:意大利现状:退役用途:杀伤有生目标
概 述卡尔卡诺7.35mm 步枪弹又称7.35×51,mm步枪弹。30年代开始研制,1938年被意大利陆军定为制式弹,取代了1891年研制并装备的曼利夏-卡尔卡诺6.5mm军用制式弹,配用于意大利的m38、m91系列卡尔卡诺 步枪上。7.35mm似乎是一种不完美的口径,但这是意大利通过埃塞俄比亚等地的战争经验,发现6.5mm 枪弹的威力不足,才决定采用这一口径的。第二次世界大战之后,意大利加入北约组织,采用7.62mm枪弹为制式枪弹,该弹遂被淘汰。结构特点卡尔卡诺7.35mm步枪弹弹头为钝头形,弹头较长,头部内填铝,中下部为铅心,以利命中目标时弹头发生翻滚,加大杀伤威力。性能数据口径----7.35mm全弹长----75.69mm弹头类别----普通弹弹头结构----长钝头、铅心、弹头头部内填铝、被甲弹头直径----7.57mm弹头质量----8.29g弹壳型式----无凸缘、瓶形弹壳最大直径----11.3mm弹壳长----51.05mm底缘直径----11.4mm底火类型----伯丹式初速----756m/s枪口动能----2373j平均最大膛压----262mpa