deepsea

An experimental study on hybrid collection method for deepsea nodule mining

深海采矿复合式集矿方法的试验研究

Modern MEMS and pressure inspection technique for deepsea mining systems

现代MEMS与深海采矿系统压力检测技术

Study on Deepsea Miner Route Monitoring Control System

深海集矿机路径监控系统研究

Mathematical Model of the Collector and Flexible Hose in Deepsea Mining System

深海洋集矿机·输送软管多体系统计算机仿真的数学模型

Seminar on Current Status of Developments in Deepsea Mining Technology

深海采矿技术发展现状讨论会

Analysis of The Deepsea Tida 1 Current in South China Sea

南海深海潮流分析

Large Aircraft and the Chinese Navy 's Deepsea Strategy

大飞机与中国海军远洋战略构想

An assessment of collection technology in deepsea mining

深海集矿技术的评价

Reliability Analysis of Multi-purpose 2000m Deepsea Environment Simulation Equipment

2000m多用途深海环境模拟装置的可靠性分析

Control system design of autonomic deepsea plankton sampler with concentrated and fidelity function

自主式深海浮游微生物浓缩保真取样器控制系统设计研究

Design of an autonomic deepsea plankton sampler control system based on single chip is introduced .

设计了一个基于单片机的自主式深海浮游微生物取样器控制系统。

However , all kinds of technologies about deepsea observation are limited by energy providing and information transmission .

然而现有的多种海洋观测技术都受能量供应限制和信息传送困难制约。

The authors analyze the developmental process and technological route of deepsea mining experiment in the world .

本文分析了国外深海采矿试验研究的发展经历与技术路线。

Deepsea miner route monitoring control system is essential to the miner working safety and improve mining efficiency .

为了确保深海集矿机安全作业和提高集矿效率，需要对集矿机的作业路径实现实时监控。

Compact - PCI IPC Control System for Deepsea Tractor

COMPACT&PCIIPC用于深海集矿作业车两级控制系统

Optimization design method based on fuzzy fiduciary level is proposed to reduce deepsea high pressure airtight cabin weight .

为了减轻深海高压密封舱的重量，提出基于模糊可靠度的优化设计方法。

Analysis of mechanics characteristics of deepsea drilling risers

深海水域钻井隔水管力学特性分析

The chief requirement of studying deepsea microplankton is to get plenty of samples .

研究深海浮游微生物的首要条件是获取大量具有原位特性的微生物样本。

The proper lift pump for deepsea mining is one of key equipment of hydraulic mining system of ocean polymetallic nodules .

深海采矿专用提升泵是大洋多金属结核水力开采系统的关键设备之一。

Elsewhere , two plates may shift toward each other and converge along a deepsea trench and island arc .

在别的地方，两块板块又可能相向移动而沿着深海沟和岛弧逐渐聚合。

The deepsea plastic fresh water-cleaning pump has many advantages such as light weight , small size , high efficiency and good sealing .

某型深海塑料清水泵具有重量轻、体积小、效率高、密封好等优点。

The control on the deepsea tractor focuses on its velocity , orientation-path clearance and collecting performance .

集矿作业车控制主要为对作业车行走速度、行走方向、行走轨迹和工作机构状态的控制；

Marine microorganisms could be classified as seawater , sediment , commensal , symbiotic and deepsea groups .

海洋微生物研究依据分离菌的生境来源可分为海水、沉积物、共栖、共生和深海菌群。

The 1 000m Seafloor Operating Robot is one of the key technology of the deepsea multimetal nodule mining system .

1000m海底作业机器人是深海多金属结核采矿系统的关键技术之一。

Inshore [ deepsea ] fishery ocean boarding vessel

近海[远洋]渔业海洋交通船远洋交通艇

Bowen said that already he was planning on using some of the Deepsea Challenger 's technology on existing missions in coming weeks .

鲍文说，他打算在今后几周里把深海挑战者号的部分技术用于现有任务。

The working principle of multi - depth deepsea microplankton sampler is introduced . The control system is composed of portable input device and main controller .

介绍了多深度深海浮游微生物浓缩取样器的工作原理，确定了由便携式输入装置和主控制器构成的控制系统结构。

Deepsea microbes have received more and more intensive attention as their importance in the research and application in ecology , resources , environments , and so on .

深海微生物是地球生物系统的重要组成部分，深海微生物由于其在生态、资源、环境等方面的重要性，越来越受到人们的重视。

The Deepsea Challenger dove to approximately 10900 meters ; current standard-issue research equipment can only go to 6500 or 7000 meters , Bowen said .

鲍文指出，“深海挑战者”号下潜了大约10900米，而目前的标准版科研深潜器只能下潜6500到7000米。

Cameron 's submersible , the Deepsea Challenger , is valued at around $ 100 million , much of which Cameron paid for out-of-pocket .

卡梅隆的“深海挑战者”（DeepseaChallenger）号深潜器价值大约1亿美元，其中很多都是卡梅隆自掏腰包。