在这个原理被发现之前，工程师们已经制造了利用这个原理的仪器，例如测量船下的海洋深度。
Before this was discovered, engineers had already built instruments to exploit the principle, for example to measure the depth of the sea under a ship.
测量船在2008年服役。
目的分析远洋测量船噪声强度对作业人员听力的影响。
Objective to explore the hearing changes in seamen exposed to oceangoing vessel noise.
它是在远望船队之中最先进和性能最好的航天测量船。
It is the most advanced and capable space tracking ship among the Yuanwang fleet.
论述了测量船数据处理软件设计中所用的模型软件设计思想。
This paper discusses the model software design idea in measurement ship data processing software design.
船载经纬仪是远洋航天测量船导航定位系统专用光学测量设备。
The theodolite designed for measure ship is a special optical equipment based on TV tracking and measuring for the use of navigation orientation system.
与早先的远望空间测量船相比乘员的生活条件也已经被极大的改善。
The living conditions for the crew have also been significantly improved compared to previous Yuanwang space tracking ships.
只要你让它在零和测量值之间稳定，你甚至可以在船上测量船倾斜的程度。
You can even measure with a boat upside-down on the trailer as long as you keep it stable between zeroing and measurement.
结论远洋测量船作业人员长期在噪声环境下工作，可有一定程度的听力损伤。
Conclusions Long - term exposure to oceangoing vessel intensity noise could effect hearing in seamen.
航天测量船外测数据中蕴含有复杂的变形和船摇周期，增加了数据检择难度。
The measured data by space tracking ship contain complicated ship deformation and ship-swaying period, which cases the difficulty to process the abnormal values.
该部配备两艘经过特别设计的测量船，船上装有最新类型的设备，包括多波束回声。
It also carries out surveys through two specially-designed vessels which are fitted with the latest type of equipment including multi-beam echo sounders.
此时，需要计算出导航信息，以协助作业人员将测量船正确、快速地驶入测量区域。
At this point, the navigation information should be provided, in order to guide the ships into the destination swiftly.
本文主要是根据测量船码头动态水平标校的特点，研究解决数据处理和精度评定问题。
This paper aims at the solution of the problems in datum processing and accuracy evaluation of dynamic horizontal calibrating of the docking survey vessel.
针对测量船光测设备的电视测量系统白天测星能力的不足，提出了一种新型的白天测星方法。
A new method is provided to improve the ability in measuring star in daytime of TV measurement system in the measurement ship.
测量船也装备多种天气预报装置包括天气雷达、探测装置和气象气球，气象卫星图像接收终端机。
The ships are also equipped with a range of weather forecasting equipments including weather radar, sonde, and weather balloon, meteorological satellite image receiving terminal.
文章着重从航道断面数据的生成、航道疏浚设计和岸线探测等几方面介绍了测量船成果数据的应用。
This paper introduces the application of measuring data of measurement ship from aspects of data generation of waterway section, waterway dredging design and coastline detection.
特殊的动态条件决定了无塔标校方法是远洋测量船测量雷达进行海上跟踪链路相位标校的唯一选择。
The special dynamic condition decides that the Towerless Calibration Method is one of the only option of the Ocean-going tracking Ship to carry on tracking link phase Calibration.
该设备以电视跟踪和测量为基础，主要用于测量船执行海上卫星测控任务和校飞时提供精确的航向数据。
When the measure ship carries out the measure assignment, it provides exact course data via measuring fixed star day and night.
针对测量船惯导系统水平及航向精度检测需求，提出了采用卡尔曼滤波技术解算惯导水平偏差的新方法。
In order to satisfy the need of testing the attitude and course of INS of measurement ship, the paper proposes a new method of using the Kalmen Filter to work out the attitude and course error.
远望号远洋测量船是中国航天测控网海上机动测量船，在过去的20年间，它已成功地完成了11次重大任务。
The ocean-going instrumentation ships-Yuan Wang, are an important part of the space TT& C networks in China. They have successfully completed 11 missions in the past 20 years.
方法对远洋测量船作业环境进行卫生学调查，对1 663名接触噪声人员的听力进行分析，并设对照组进行比较。
Methods a hygienic investigation of workplaces was carried out in oceangoing vessel, and the results of hearing examination in 1 663 noise exposed mariners were compared with controls.
应用这种方法，可以提高光测设备白天测星的能力及测量船的总体测量精度，是一种准实时的、切实可行的白天测星方法。
The experimental results prove that this method may enhance the ability in measuring star in daytime of optical measurement device and whole measurement precision of measurement ship.
测量船中心机实时监控专家系统应用于测量船中心机系统执行海上测量任务的时节，旨在提高整个系统的实时性和可靠性。
The purpose of building real time monitor expert system of the Center Computer System of the ship for fulfilling the measuring task on sea is to improve the real timing and reliability.
基于零波面理论，利用超声测距原理，介绍了3点定面测量船舶升沉位移的方法，设计了一种新型深海采矿船升沉信号采集系统。
Based on the theory of Zero-wave plane and the theory of Ultrasonic distance-measurement, introduces the ways how to measure the ship heaving signal according to the rule of 3-point forming a plane.
然后以特殊船型双隧道的“新黄测1 号水文测量船”为例，重点对如何应用FASTLINE系统对特殊船型的船舶线型进行光顺设计作了介绍。
Then with hydrologic survey ship "Xin Huang survey 1" the paper as an example emphatically explains how to apply FASTLINE system to design and fair the ship lines with special features.
实时数据传输业务是测量船多业务光传输系统（简称传输平台）的重要业务，也是传输平台使用中的薄弱环节，制约了传输平台系统在测量船上的充分使用。
The real-time data transmission service is an important service in the MSTP of deep-sea measuring ship, is also a weak link, which restricts the full use of transmission platform in measuring ship.
这就有点儿像你将一艘船从河的这边推到另一边，并测量河面上的某些东西，但你不希望连同船儿泛起的涟漪也一并测量出来。
It's a bit like if you're pushing a boat through a river and measuring something about the surface - you don't want to measure the ripples from the boat.
Fincantieri表示，该船经测量宽8.6米，能载28名船员，以Falaj2闻名，将超过20哩/小时。
Measuring 8.6 meters wide with a crew of 28, the vessels, to be known as Falaj 2, will exceed 20 knots, Fincantieri said.
本文根据某船螺旋桨的噪声测量和激振试验结果，描述了螺旋桨鸣音的特点和产生鸣音的机理。
Peculiarities and mechanism of propeller singing are described based on results of acoustic measurements and vibration excitation tests of a Marine propeller.
本文根据某船螺旋桨的噪声测量和激振试验结果，描述了螺旋桨鸣音的特点和产生鸣音的机理。
Peculiarities and mechanism of propeller singing are described based on results of acoustic measurements and vibration excitation tests of a Marine propeller.
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