查询词典 time-travel

Objective To develop a real-time fluorescent quantitative PCR for rapid detection of aspergillus in blood.

目的 建立并评价从血标本中检测曲霉菌基因的real-time PCR方法。

In this study, real-time PCR technology was used to dectect the expression of PRL mRNA and its receptor in the reproductive tissues,which is hypothalamus-pituitary-ovary-oviduct four important tissues. The aim was to compare the difference of PRL mRNA expression in the different state of ovulatory, broody and after broody, and to analyse the relation between expression and reproduction.

本试验利用real-time PCR技术检测雪山草鸡下丘脑、垂体、卵巢、输卵管四个繁殖轴组织中PRL基因及其受体的表达量，以确定处在生产、抱窝、醒抱三个不同状态母鸡PRL基因表达的差异，并分析基因表达量的差异与生产性能的相关性。

A p latform of the embedded system based on ARM7TDM I cpu core with uClinux operating system is built, at the same time, the hardware and software interfaces are developed aswell as the means to control the p lant.

随着嵌入式系统在网络化控制中的广泛的应用，该文提出了一种将基于MATLAB / Simulin k开发的控制算法，利用 Simulin k /Real-time Workshop，实现 Simulin k下的方框图移植到嵌入式系统上运行的方法。

To study the role of FoxO1 on myoblast proliferation and differentiation and the transformation of muscle fiber type in porcine,here we use yorkshire as experimental materials and detect the expression of genes related myogenesis and muscle fiber type in pporcine myoblast that was knockout or activated FoxO1,adopting the technology of RNAi,real time-PCR and Western blotting et al..

为探讨FoxO1对猪成肌细胞增殖分化及肌纤维类型转化的作用及机理，本试验以大白猪为研究材料，利用RNAi、real-time PCR、免疫细胞化学和Western blotting等技术，通过在原代培养的猪成肌细胞中敲除和激活内源活性FoxO1，检测肌肉形成与肌纤维类型相关基因的表达。

Incomplete recovery, or point-in-time recovery , uses a backup to produce a noncurrent version of the database.

不完全恢复，也被称为按时间点恢复（point-in-time recovery），指没有将数据库恢复到当前时间点的恢复。

And the memory operating frequency, as well as there are three options related to: CAS Latency, RAS to CAS Delay and RAS Precharge Time.

与内存的工作频率以及相关的有三个选项：CAS Latency、RAS to CAS Delay和RAS Precharge Time。

In this context, we propose a time deployment based, pairwise keymanagement scheme called TDBK. In TDBK, the network lifetime is divided intoseveral consecutive network deployment statuses which are separated by nodedeployment events. Each node to be deployed is assigned its key informationthrough a special two-tier key predistribution mechanism, and timely deletes theuseless part of the key information through the key elimination mechanism eachtime the pairwise key establishment is finished in terms of a new nodedeployment event.

在此背景下，我们提出了一种基于时间部署的对****管理方案(Time Deployment Based Keying，TDBK)，该方案将网络的生命周期分为多个连续的网络部署状态，相邻的部署状态之间通过节点部署事件分隔，每个节点通过特殊的两级****预分配机制来获得用于建立对****的****信息，随后通过****清除机制在每次节点部署事件发生时进行的对****建立过程完成后及时地删除其中无用的****信息。

Wishin' for my love 美しく飛ぶから駆け抜けた蒼の時代を忘れない思い出にしてその胸を飾ればいい Search for my life またいつか会えるね透明な瞳を愛してたよ今はそれぞれの道進む"RESTARTING"罗马拼音 mayowa na i deto i e na ka ta todoka na i omo i mo aru samishi sugiru ega o gayurete kizu o na zota LONELY GOOD-BYE jyou netsu sa e itamuyo eien no kakera o i ka ke te kimi ga sora data yume data mo e te tokeru hibi o wasure na i omo i de nishite sono mune o kaza re ba i i SEARCH FOR MY LIFE mata i tsu ka a e rune toume i na me o aishitetayo ima wa sore zoreno michi susumu "RESTARTING" wakari a ae zuni okuni nemuru kimino yowasaya tsurasa e fureteshima ta orokana hodo sukidatanoni TIME IS OVER dakishimeteyo kokoroga ki e ete shi ma i sou de kowakute shigamitsu i ta yoruni hoshidakega watashitachi o miteta toki no naka sadameni makare mau hane ga negau ashita e WISHIN' FOR MY LOVE utsukushiku tobukara soto hohoende kisu o shite dokoni kiete yukuno?

將一切化作永不忘卻的回憶用來點綴心胸 Search for my life 縂有一天會再次相遇我是如此深刻愛著你清澈的雙眸現在的你我正行進在各自的路上&RESTARTING&※曾經部小心觸碰倒那些我不曾了解的沉睡在你心底的軟弱與痛苦盡管我愛你已接近盲目 Time is over 請牢牢抱緊我心靈仿佛會從此消失的感覺令我害怕不已在那個舍不得流逝的夜晚只有天空的群星注視著我們。。。在時間的長河中別卷入宿命的漩渦裏我們正在奔向寄托了你我對羽翼渴望的明天 Wishin'for my love 我會優美地飛舞所以請微笑著親吻我請你溫柔的詢問我&你將消逝在何処？&擡頭仰望你就是我的天空翻飛的羽翼是我的夢想 Wishin'for my love 我會優美地飛舞所以請將我們所經歷的蒼茫歷史※Repeat

The performance of a disturbance covariance matrix is degradated in space time adaptive processing when it is estimated with secondary data contaminated by targetlike signals.

针对空时自适应处理中样本协方差矩阵受干扰目标污染时检测性能下降的问题，提出了一种基于知识的空时自适应处理（knowledge aided space time adaptive processing， KASTAP）方法。

It suggests that for the same circumstances (3.5MHz frequency-division duplex, 3.5GHz band), adding subchannelization, diversity and space-time coding to a base station could increase the coverage range from 2km to 9kma twentyfold increase in coverage and, potentially, in subscribers.

文中提出，对相同的环境(3.5-MHz频分双工、3.5-GHz频带)，在一个基地台中增加子讯息通道化、多样化和空-时编码(Space-time coding)可以把覆盖距离从2公里提高到9公里，覆盖率增加20倍，这意味著潜在用户也增加20倍。

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。