最长度

Maxillary second molar has five subtype, Type A: absence of root fusion, Type B: presence of mesiobuccal and distobuccal root fusion, Type C: palatal root with anyone of buccal root fusion of molar with three roots, Type D:complete root fusion of molar with three roots, Type E:pseudofusion of molar.

分析其牙根发育沟之发生率、牙根发育沟之长度、牙根发育沟至牙骨质牙本质交界的距离，以及牙根发育沟最深点的深度、占牙根长的位置、与到牙根根管的距离，并且将牙根分类为上颚第一大臼齿，仅一种分类。

Epson Stylus CX5800F features maximum printer maximum resolution of up to 5760 x 1440 optimized dpi using RPM on various media, print and copy speed of up to 20 ppm for black text or up to 19 ppm for color text or up to 15 cpm color/black copying, 1-line LCD display, integrated CompactFlash Type I/II, MMC, IBM Microdrive xD-Picture card, Sony Memory Stick/Memory stickPRO/Memory Stick Duo, MagicGate Memory Stick, SmartMedia, Secure Digital card slots, scanner resolution of 1200 x 2400 dpi, BorderFree printing support, various paper sizes (letter, legal, A4, B5, A5, A6, half letter, executive or user definable from 3.5 to 44 inches in length) support, paper capacity at input paper tray is 100 sheets or 20 pounds or 15 envelopes, PictBridge plus DPOF support and with fax speed of up to 33.6 kbps.

爱普生Stylus CX5800F功能最大的打印机最高分辨率可达5760 x 1440最佳分辨率用RPM安装的各种媒体，打印和复印速度高达20页的黑色文本或19页彩色文本或行动每15个彩色/黑色复印， 1线液晶显示器，集成的CompactFlash I / II型， MMC中， IBM的Microdrive微型XD卡，索尼记忆棒/记忆stickPRO /记忆棒， MagicGate记忆棒， SmartMedia ，安全数码卡插槽，扫描仪分辨率1200 × 2400分辨率，支持BorderFree印刷，各种文件大小（信件，法律， A4规定， B5轿车，第5条，解答6 ，有一半的信，行政或用户定义的从3.5到44英寸的长度）的支持，纸张输入能力纸盒是100张或20磅或15个信封，照片加DPOF从属支持和传真速度高达33.6 kbps的。

While films grow by Stranski-Krastanov mode when they grow on SrTiO〓(001) by d. c. magnetron sputtering at optimal deposition conditions. If the substrate miscut from the (001) surface of about 1°~3°, YBCO thin film show step-flow growth mode.

所有这些生长模式都存在YBCO的c轴方向一个或几个原胞长度的高度的台阶，原胞优先生长在台阶处，薄膜生长的最小单元是一个原胞。

Based on NaSch traffic flow model, the mixed traffic flow model of whicles with different length and different maximum velocitdes on one-lane highway is proposed.

在NaSch交通流模型的基础上，建立了单车道上由两种长度不一样、可分别以不同最大速度行驶的车辆构成的混合交通流模型。

The average angle between the nasopalatine duct and the anterior nasal floor is 114.80 , so in front of the nasopalatine duct, implants should be implanted parallel to the nasopalatine duct with an angle about 115 ?

1.2、尖牙根尖与前鼻底(前缘后方2-6mm区域)最小距离均值为：8.12mm，6.21mm，因此，当侧切牙根尖距前鼻底过近时，可在梨状孔侧下方斜向植入长度为4-6mm和4mm的种植体。

Based on the model, a simple formula was derived to calculate the optimized packet length for maximizing the nonsaturation throughput.

基于该模型，推导了根据信道质量，计算分组长度最优值的简单公式。

Our findings were that artificial pneumatic muscle forces in our orthosis were largely dictated by the forcelength relationship.

未来的矫形器的设计可以最大限度地减少影响肌肉长度对肌肉力量的运动肌肉附件接近联合中心。

For signals that exhibit a weak or moderate long-term persistence,an OIVPM-MDL structure identification method is proposed based on overdetermined instrumental variable product moment and minimum description length criteria,and for signals with a strong long-term correlation between samples a combinative approach of inverse fractional filtering and the OIVPM-MDL method is also described.

本文研究了滤波分形差分高斯噪声过程的结构辨识问题，针对存在较弱和适中的长期间相关的信号，提出了一种基于超定辅助变量乘积矩和最小描述长度准则的OIVPM－MDL结构辨识方法；针对存在强长期间相关的过程，提出了分形反滤波与OIVPM－MDL的组合定阶方法。

Route can't select path when there is overfull flux on the net, so it is important to settle the question that route selects path based on flux.

0 引言传统的路由选择算法是建立在已知整个网络拓扑和各链路长度的基础上，通过求给定网络中两个节点之间的最短通路得出所选择的最佳路由[1]。

Since Watson and Crick have brought forward the model of DNA helix structure and explain about it's reproduce mechanism in molecule level, research work concerning DNA has been continuously lucubrated. However, whether translating inheritance information and rebuilding DNA molecule via menstruating DNA sequence, or to date the most compelling gene project, chromosome protract et. al, there all need a sort of molecule scissors cleaving DNA, DNA cleavage reagent. At present, tool enzyme of cleaving DNA is mostly DNA restriction enzymes founded in 70 years, which only cleave DNA at specific 4-8 base pair sequences that are usually palindromic, so this restricts the at very fast speed developing of gene technology at certain extent.

自从Watson和Crick提出DNA的双螺旋结构并对其复制机制在分子水平上进行解释后，使得对DNA的研究不断深入，但无论是通过测定DNA的序列来破译遗传信息、改造DNA分子，还是目前最令人关注的基因工程、染色体绘制等，都需要一种断裂DNA分子的&剪刀&——DNA断裂试剂，目前断裂DNA的工具酶主要是上个世纪70年代发现的DNA限制性内切酶，但所知的Ⅱ型限制性内切酶的DNA序列识别长度较短（约为4～8个碱基对），而且一般要求回文结构，这就给飞速发展的基因工程技术带来一定的限制。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。