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second bit
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  “second bit”译为未确定词的双语例句
     The results show that first bit bud rate of bud is up to 86 percent,the second bit rate of bud is 20.8 percent,the third bud rate is 2.3 percent;
     研究结果表明:洋丁香一位花芽的比率达86%,二位花芽比率为20.8%,三位花芽比率为2.3%;
短句来源
     The white and the black stripes are used to represent 1 and 0 on the fourth bit, red and cyan to represent 1 and 0 on the third bit, the green and magenta to represent 1 and 0 on the second bit and the blue and yellow to represent 1 and 0 on the first bit of the binary system, respectively.
     用红色和青色条纹分别表示四位上的 1和 0 ; 用绿色和品色条纹分别表示二位上的 1和 0 ;
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  相似匹配句对
     Second,
     二是对于?
短句来源
     The second;
     第二,专业设置随波逐流;
短句来源
     The hiding capacity of the algorithm is 50 bit per second.
     隐藏容量为50bit s。
短句来源
     The subcarrier, bit and power allocation in OFDM system is studied in the second part.
     本文研究了OFDM蜂窝系统中的子载波、功率和比特分配问题。
短句来源
     Intelligent BIT Technologies
     智能BIT技术
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  second bit
When the original transaction releases its lock bit, it checks if the second bit is set.
      
The trig ger of the control signal is aligned with the second bit of the data packet header.
      
The location for the elimination of the second bit is arbitrary.
      
The first bit of the binarized codeword is bin 1; the second bit is bin 2; and so on.
      
Once the first bit has been estimated, the same procedure can be applied to the second bit, and so on.
      
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A method of digital coding of grating by using color strips is presented. White, red, green, blue and their complementary colors, black, cyan, magneta and yellow are used to code the grating based on the binary system. The white and the black stripes are used to represent 1 and 0 on the fourth bit, red and cyan to represent 1 and 0 on the third bit, the green and magenta to represent 1 and 0 on the second bit and the blue and yellow to represent 1 and 0 on the first bit of the binary system, respectively....

A method of digital coding of grating by using color strips is presented. White, red, green, blue and their complementary colors, black, cyan, magneta and yellow are used to code the grating based on the binary system. The white and the black stripes are used to represent 1 and 0 on the fourth bit, red and cyan to represent 1 and 0 on the third bit, the green and magenta to represent 1 and 0 on the second bit and the blue and yellow to represent 1 and 0 on the first bit of the binary system, respectively. There are 64 stripes in one period. The space period of the projection grating is large enough for measuring the surface profiles of normal objects. Since each strip has only one logical state, the system possesses good disturbance-resistance.

研究了一种用彩色条纹对光栅进行数字编码的方法。其中投影光栅用白、红、绿、蓝和它们的补色黑、青、品、黄按照四位二进制原理对光栅进行编码。用白色和黑色条纹分别表示八位上的 1和 0 ;用红色和青色条纹分别表示四位上的 1和 0 ;用绿色和品色条纹分别表示二位上的 1和 0 ;用蓝色和黄色条纹分别表示个位上的 1和 0。这样在一个周期中共有 6 4个条纹。这样的空间周期能够胜任一般物体的测量。由于每个颜色的条纹只有一个逻辑状态 ,所以这种方法具有较好的抗干扰能力。

Symmetry,a beauty of uniformity owing to the harmonic proportion, is very common in natural world and life phenomena. 64 genetic condons of amino acids and terminate codes construct a graceful 6 dimension space. A symmetrical axis divides the genetic codon space into two symmetrical parts: the purine space and the pyrimidine space. All the degenerate subspaces of the genetic codons are in parallel with the symmetrical axis. The 4 nucleotides of DNA sequences can be further encoded with two-bit digits in which...

Symmetry,a beauty of uniformity owing to the harmonic proportion, is very common in natural world and life phenomena. 64 genetic condons of amino acids and terminate codes construct a graceful 6 dimension space. A symmetrical axis divides the genetic codon space into two symmetrical parts: the purine space and the pyrimidine space. All the degenerate subspaces of the genetic codons are in parallel with the symmetrical axis. The 4 nucleotides of DNA sequences can be further encoded with two-bit digits in which the first bit is the base bit to encode purines and pyrimidines and the second bit is the functional group bit to encode the keto group and amino group. The λλ degenerate rule of connectivity of the genetic codons can be derived as follows: "except the codons of serine which are separated into two independent subspaces, all the codons of other 19 amino acids and terminate codes are degenerated through the λλ degeneracy to form the unique and independent subspaces of connectivity". The relationship between the usage of genetic codons and the symmetry of genetic codon space is analyzed. The significance of the digital biology is also discussed.

对称性是由均衡比例产生的匀称美。对称性和对称破缺在自然界和生命现象中普遍存在。20种氨基酸和终止码共有64个遗传密码子 ,组成一个6维的编码空间。遗传密码空间以对称轴将空间分成对称的两大部分 :嘌呤空间和嘧啶空间。遗传密码子的简并以对称轴为参考轴 ,呈平行排列。高简并度氨基酸 (6 ,4,3 ,简并度 )和低简并度氨基酸 (1 ,2简并度 )的简并子空间近似呈周期性的双交错方式排列。遗传密码的简并与4种核苷酸的二进制数字编码 ,具有密切的关系。经过分析 ,可得出遗传密码的连通性λλ简并法则 :“除丝氨酸的密码子分成两个与对称轴平行的 ,分离的子空间之外 ,其余氨基酸和终止密码的密码子 ,都通过与空间对称轴平行的λλ平面或λ边简并 ,组成独立的 ,单一的连通子空间。”并对氨基酸密码子的惯用率与编码空间的对称关系 ,以及数字生物学的意义进行了分析和讨论。

The histological changes in the midgut epithelium of Ixodes sinensis were examined under light microscope and electron microscope at different times (24 h, 48 h, 72 h, 5 d and 8 d) after the first biting on naive New Zealand rabbits and the second biting on the rabbits immunized by the first biting. The results indicated that after the first biting, the digestive cells of I. sinensis become more in number and larger in size, with microvilli closely and regularly arranged, organelles enriched,...

The histological changes in the midgut epithelium of Ixodes sinensis were examined under light microscope and electron microscope at different times (24 h, 48 h, 72 h, 5 d and 8 d) after the first biting on naive New Zealand rabbits and the second biting on the rabbits immunized by the first biting. The results indicated that after the first biting, the digestive cells of I. sinensis become more in number and larger in size, with microvilli closely and regularly arranged, organelles enriched, unit membrane clearly seen, and vacuoles, a large number of lipid droplets and haematin granules appearing. These cells also developed a highly infolded basal lamina, forming a labyrinth system. By contrast, after the second biting, the midgut epithelium of I. sinensis revealed rather strikingly pathological changes with the basal lamina becoming thinner, looser and broken; digest cells damaged and vacuolated; microvilli decreased in number, shortened and disarranged; the mitochondria swollen and its crests reduced, shortened and even with myeloid changed; the rough endoplasmic reticulum dilated; lipid droplets and haematin granules decreased in number; phagocytic and pinocytic activity weakened; and basal labyrinth system vacuolized. The results suggested that the first biting results in immunodefense reaction of hosts and the tick midgut was the primary immunological target of hosts after the second biting.

通过光镜和电镜观察了中华硬蜱Ixodessinensis叮咬初次和再次感染宿主新西兰兔后不同时间 (叮咬后 2 4h、4 8h、72h以及第 5天、第 8天 )中肠上皮组织的形态学动态变化。结果显示 :中华硬蜱叮咬前中肠上皮主要由替代细胞和少量体积较大的消化细胞构成 ;替代细胞数量多、体积小、呈圆形、胞质染色浅。中华硬蜱叮咬初次感染宿主后 ,消化细胞随叮咬时间延长而增多增大 ,微绒毛较密集 ,排列整齐 ,胞质内细胞器丰富 ,各单位膜结构清晰 ,并出现顶端小管、小泡、大量脂滴和高铁血红素颗粒 ;近基膜的细胞膜内褶形成发达的基底迷路系统。中华硬蜱叮咬再次感染宿主后 ,中肠可发生一系列明显的病理变化 ,中肠基膜出现变薄、松散和断裂现象 ,消化细胞破裂、空泡化 ,消化细胞数量减少 ;消化细胞微绒毛减少、变短、排列不整 ,线粒体肿大 ,体嵴减少、变短甚至髓样变 ,粗面内质网扩张 ,脂粒及高铁血红素颗粒减少 ,细胞膜吞饮、吞噬现象减弱 ,消化细胞内结构紊乱和破坏。该研究结果提示初次叮咬导致了宿主的免疫抗性 ,再次叮咬后蜱中肠是宿主免疫力的主要作用部位

 
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