超最适的

词组短语

supra-optimal

与超最适的相关的网络例句 [注：此内容来源于网络，仅供参考]

The zingibain obtained by UF can have beer and red wine clearfied. The optimal concentration of zingibain for both beer and red wine was 0. 05mg/L and the pre treatment temperature was 60 癈 in beer and 20~~30C in red wine. The ginger juice did not clarify beer and red wine.

用超滤法提取并冻干的生姜蛋白酶粗制酶对红葡萄酒、啤酒进行了澄清试验，结果表明：生姜蛋白酶能明显提高红葡萄酒、啤酒的澄清度，其最适加量，红葡萄酒、啤酒都为0.05mg／L，最佳作用温度啤酒为60℃，红葡萄酒为20～30℃；姜汁不宜作为酶源直接用于红葡萄酒和啤酒中。

The OQO model 02 with pocketable ultra mobile form factor incorporates 1.2GHz or 1.5GHz VIA C7M VLA ultramobile processor, and features 30GB or 60GB hard drive shock-mounted with active drop detection, 512MB or 1GB DDR2 SDRAM, 5 800 X 480 native but interpolated up to 1200 x 720 indoor/outdoor readable LCD display, HDMI output for connectivity to HDTV displays or DVI monitors up to 1920 x 1200, VGA output through bundled VGA/Ethernet adapter for analog monitors up to 1920 x 1200, DisplaySense for detection and recall of external display settings, ergonomic thumb keyboard with SmartLock modifier keys on ergonomic backlit keyboard, mouse buttons and integrated track stick pointing device, integrated capacitive TouchScrollers for horizontal and vertical scrolling, integrated EV-DO WWAN for Sprint, WiFi 802.11a/b/g, Bluetooth 2.0 wireless with EDR with A2DP support, USB 2.0 port, 3.5mm audio out jack, line-in port, microphone port, integrated active digitizer with optional digital pen, up to 6 hours of battery life, embedded hardware AES encryption engine, integrated TPM 1.2.

该电脑模型02与超便携移动形式的因素，包含1.2 GHz主频，或1.5 GHz主频的经c7m vla超处理器，并具有30GB或60GB硬盘驱动器休克式与积极的下降检测， 512MB或1GB的DDR2 SDRAM ， 5 800 × 480 ，但本土插值高达1200 x 720户内/户外可读的LCD显示器， HDMI输出连接到HDTV显示器或DVI显示器最多为1920 x 1200 ， VGA输出，通过捆绑的VGA /以太网适配器模拟监视器最多为1920 x 1200 ， displaysense检测和还记得对外显示设置，符合人体工程学拇指键盘与smartlock修改键就人体工学背光键盘，滑鼠按钮和综合的轨道，坚持指向装置，集成电容touchscrollers为水平和垂直滚动，综合的EV - DO ，为Sprint的无线广域网，无线网络的802.11 a /的B /克， Bluetooth 2.0无线与EDR的与您需要的支持， USB 2.0端口， 3.5毫米音频输出端子，线在港口，麦克风端口，集成的数字化仪积极与任择数字笔，最多6小时的电池寿命，嵌入式硬件AES加密引擎集成TPM的1.2。

In the present paper, the induction characteristic of lymphoblastoid, in-terferon in vitro is described. Results indicate that Namalwa cell line possesses a higher interferon-inducing ability than Raji and Yu-Nu cell lines. NDV B1 strain, F strain and Sendai virus can induce more interferon than BB1 virus and poly 1 : C. Priming of pretreating cells with homologous interferon or superinduction did not effect interferon production. The optimal cell concentration for interferon induction is about 106 cells/ml...

本文研究了类淋巴母细胞干扰素的诱导特性：Namalwa细胞系的干扰素诱生能力大于Raji和余奴系，而诱生剂中以NDV和仙台病毒诱生干扰素的能力较大，但"起动"和超诱导均无作用；诱生干扰素适宜的细胞浓度为10~6/毫升；增殖期的Namalwa细胞诱生能力较大；黄芪和5'-溴脱氧尿嘧啶核苷对Namalwa细胞干扰素的诱生系统有明显刺激作用，在最适条件下粗制干扰素平均滴度可达40，000单位/毫升。

In the present paper, the induction characteristic of lymphoblastoid, in-terferon in vitro is described. Results indicate that Namalwa cell line possesses a higher interferon-inducing ability than Raji and Yu-Nu cell lines. NDV B1 strain, F strain and Sendai virus can induce more interferon than BB1 virus and poly 1 : C. Priming of pretreating cells with homologous interferon or superinduction did not effect interferon production. The optimal cell concentration for interferon induction is about 106 ce...

本文研究了类淋巴母细胞干扰素的诱导特性：Namalwa细胞系的干扰素诱生能力大于Raji和余奴系，而诱生剂中以NDV和仙台病毒诱生干扰素的能力较大，但"起动"和超诱导均无作用；诱生干扰素适宜的细胞浓度为10~6/毫升；增殖期的Namalwa细胞诱生能力较大；黄芪和5'-溴脱氧尿嘧啶核苷对Namalwa细胞干扰素的诱生系统有明显刺激作用，在最适条件下粗制干扰素平均滴度可达40，000单位/毫升。

According to brown degree of callus infected by Agrobacterium tumefaciens, the callus, about 25 days after inoculatation , was selected as explants for transformation and concentration of superpure sugrose was 3g/L in medium.

以农杆菌浸染后愈伤组织的褐化程度为指标，发现最适于转化的愈伤组织为花药接种后25天左右，培养基的最适超纯琼脂粉为3g/L。

Species tends to have individualistic optimal response in the community niche hypervolume.

结果表明物种在群落生态位超空间中呈现出具有各自的最适适应。

与超最适的相关的网络解释 [注：此内容来源于网络，仅供参考]

rubbing：摩擦

藉由改变液晶晶体摩擦(rubbing)方向、晶体细胞(cell)条件最适化,并搭配新补偿膜技术,从而使显示器上下左右可视角度达到170度超广角水平,并同时达到快速反应时间的要求.

rubbing：擦

全文来自"Ultra Wide Viewing Angle TN Type TFT-LCD",藉由改变液晶晶体摩擦(rubbing)方向、晶体细胞(Cell)条件最适化,并搭配新补偿膜技术,"UltraTN"技术可使上下左右可视角度达到170度超广角水平,并同时达到快速反应时间的要求.