1) seismic acquisition
高效地震采集
2) High efficiency
高效
1.
Transporting conditions of faults required in formation of large and medium gas fields with high efficiency in foreland basin;
前陆盆地高效大中型气田形成的断裂输导条件
2.
Design for High Efficiency Revamping of Billet Concaster at Shaoguan Steel;
韶关钢铁集团公司方坯连铸机高效化改造设计
3.
Application progress of Ⅲ-Ⅴ high efficiency terrestrial triple-junction concentration photovoltaic;
Ⅲ-Ⅴ高效三结电池聚光光伏应用进展
3) High-efficiency
高效
1.
High-efficiency Production Practice of Slab Continuous Casting in Angang;
安钢板坯连铸机高效生产实践
2.
Development and application of high-efficiency operating vehicle;
高效修井作业车的研制与应用
3.
XAGZ High-efficiency Recessed Plate Filter Press;
XAZG型高效厢式压滤机
4) efficient
高效
1.
Shanghai New International Exhibition Center: A Clear, Simple, and Efficient Mode of The Exhibition Architecture;
上海新国际博览中心——一种清晰、简洁、高效的展览建筑模式
2.
Study on A Simple and Efficient Preparation of Competent Cell and the Establishment of Plasmid Transformation System;
简单高效的感受态细胞制备和质粒转化体系的建立
5) high efficient
高效
1.
The high efficient and long production life of BF was related to furnace burden,operation,daily upkeep and so on.
高炉的高效长寿生产,除了受设计、装备水平影响外,与炉料条件、高炉操作、日常维护等也密切相关。
2.
In the future, the main objective in gene therapy is the development of safe and high efficient gene delivery systems that .
未来,基因治疗的主要目标是发展安全和高效的基因导入系统,它们能将外源遗传物质靶向性地导入到特异的细胞。
6) efficiency
高效
1.
According to the hole processing in the high accuracy in the repair and machining of coal mine,Have the adjustment of curtting tool generally,disaster and efficiency are lowed and processed the problem that precision is hard to guarantee,Have designed,a kind of trimming bore hole arbor.
该装置利用结构简单的差动螺旋机构,通过斜块实现刀具快速、准确的微调整,达到调整方便、高精、高效。
2.
Through the Ethernet,high efficiency of administration in the comprehensive steel businesses is a- chieved.
本文主要介绍应用集群技术开发的钢铁企业管理信息系统,通过企业内部局域网,实现了大型钢铁企业对标管理工作的实时高效运行,将企业信息管理提高到了一个新的高度。
3.
High quality and efficiency are the main research objectives of moriculture.
优质与高效是桑学科研究的主攻方向。
参考词条
补充资料：CT数据采集系统
CT数据采集系统
CT设备的元件之一。CT设备的扫描-探测环节中的主要组成部分。位于机架内，与X线管相对。在电子束CT扫描机(eletron beam scanner)内则位于机架(gantry)顶部，与钨靶环相对。主要功能是在主计算机控制下，接收由探测器输出的模拟电信号，并使其经过模/数(A/D)转换成为数字化的投影信息，即原始数据(raw data)，输给阵列处理器(AP)进行处理。数据采集系统的主要部件是模/数转换器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。