DBT

The effectiveness of DBT has been assessed in two major trials .

DBT的有效性已经经过两项主要实验的评估。

Then , we use the DBT algorithm to calculate the template fingerprint feature .

然后，本文采用了DBT算法来计算模板的指纹特征。

Selective adsorption of DBT by pillared clays from model diesel oil

负载型层柱黏土对模拟柴油中二苯并噻吩选择吸附性能的研究

Besides , the arrival of multi-core platform brought new challenges to the existing DBT technology .

此外，多核时代的到来也给现有的动态二进制翻译技术提出了新的挑战。

Mining Application of DBT Full Automation Slicer Technology in the Low Coal Seam of Xishan

DBT全自动化刨煤机技术在西山薄煤层开采应用

In DBT however they are used in a relatively informal way and interwoven into therapy .

但在DBT中他们的被应用是以一个相对非正式地方式和结合于治疗之中。

This problem is directly addressed in DBT .

这个问题在DBT中是直接遇到的。

Role Comparison between Engineers in CEC Contract and Employer 's Representatives in DBT Contract

《CEC合同》中工程师与《DBT合同》中雇主代表的地位和作用比较

GE said it is currently working with the US Food and Drug Administration on a regulatory application for DBT .

通用电气公司表示，它正在与美国食品和药物管理局正在为DBT的监管程序。

The HDS of DBT proceeds through two parallel pathways .

在加氢脱硫过程中，DBT是通过两条平行反应途径进行脱除硫原子的。

Gc / ms and GC analysis of metabolites of DBT by desulfuration bacteria

GC和GC/MS分析脱硫细菌代谢二苯并噻吩的产物

DBT adsorption on the rice husk-based carbon meets the Langmuir adsorption model .

稻壳基炭对DBT的吸附行为符合Langmuir吸附模型。

CONCLUSION : The DBT cell model sensitive to MHV-A59 can select anti coronaviruses drug .

结论：建立的MHVA59敏感的DBT细胞模型可以用于抗冠状病毒药物的筛选。

GC-MS Analysis of Metabolites of DBT by Desulfurization Bacteria YZ-1

YZ-1菌株降解DBT代谢产物的GC-MS分析

Using petroleum ether adding DBT as model oil and H2O2 as the oxidant , then oxidation products are extracted .

使用添加DBT的石油醚作为模拟油，H2O2为氧化剂，萃取法去除氧化产物。

Meso-model of DBT is based on the plastic zone of crack tip , which can give quantitative conclusions .

韧脆转变的细观机理是依据裂纹尖端的塑性区大小来进行判断，这一方法可以给出韧脆转变的定量性结论。

Dibenthiophene ( DBT ) a compound having organic sulfur is found in fossil fuel .

二苯并噻吩（DBT）是化石燃料中主要的含硫有机杂环化合物。

The results showed that typical ductile-to-brittle transition ( DBT ) phenomenon occurred in HNSs .

缺口冲击实验研究表明，高氮钢存在典型的韧脆转变现象。

The strain exhibits strong degradation capacity of DBT , and the end product of degradation is a kind of soluble compound .

该菌株对DBT具有较强的降解能力，降解终产物为水溶性物质。

The better the catalytic performance of the activated carbon is , the higher dynamic reactivity of DBT on the activated carbon is .

DBT在催化性能高的活性炭作用下的动态反应活性也高；

The effect of different activation ways on the activity of DBT HDS is more obvious when the catalysts were prepared at lower final temperature .

研究结果表明，经过先硫化后还原方法制备的催化剂HDS活性高于直接还原方法制备的催化剂，还原终温较低时，效果更为明显。

Synthesis of Intermediates and HDS of DBT over Ni_2P Catalysts

二苯并噻吩的加氢中间体合成及在Ni2P催化剂上的HDS反应

At the same radiation dose , the conversion of DBT was higher at the lower initial DBT concentration or the higher radiation dose rate .

同等辐射剂量条件下，初始浓度越低时，DBT的转化率越高；剂量率越高，DBT的转化率也越高；氧气对DBT的辐射转化有一定抑制作用。

In this paper , sea ice is chose to study the progress of DBT through macro - , meso - and micro-scale .

本文从冰的基本力学行为研究入手，通过宏观、细观及微观三方面对冰的韧脆转变过程进行研究。

AIM : To establish sensitive DBT cell model to MHV-A59 by virology method , and develop selective method of anti virus drugs in cell level .

目的：利用病毒学方法建立对小鼠肝炎病毒（MHVA59）易感的星形胶质瘤细胞（DBT）模型，在细胞水平上建立抗冠状病毒药物的筛选的实验方法。

Hydrodesulfurization ( HDS ) is a widely used traditional desulfurization method , but it is difficult to remove dibenzothiophene ( DBT ) .

加氢脱硫（HDS）是目前广泛采用的传统脱硫工艺技术，但是很难除去油品中的二苯并噻吩（DBT）。

Rats were exposed in a hot chamber at38 ℃( DBT ) and31 ℃( NBT ) .

大鼠暴露在干球温度38℃、湿球温度31℃的高温仓中受热。

CONCLUSION : There is obvious therapeutic efficacy of com ˉ bined use of LXD and DBT on severe acute congestive heart failure .

结论：利喜定与多巴酚丁胺联用治疗重症急性充血性心力衰竭有明显疗效。

Aiming at dim small moving target detection problems , Detect before Track ( DBT ) and Track before Detect ( TBD ) were analyzed and compared .

首先针对运动弱小目标检测问题，分析比较了先检测后跟踪技术与先跟踪后检测技术；

Based on the research of existing DBT technologies , the thesis explored the approaches of implementing a Co-designed DBT system on a heterogeneous multi-core platform .

本文在广泛深入研究当前动态二进制翻译与优化技术发展现状的基础上，探索并提出了在异构多核平台上实现软硬件协同动态二进制翻译系统的方法。