COLLISION RISK 中文是什么意思 - 中文翻译

• 碰撞风险
• 碰撞危险

在 英语 中使用 Collision risk 的示例及其翻译为 中文

Collision risk avoidance.
避免碰撞风险.

(i) Monitoring collision risk.
监测碰撞风险.

Collision risk monitoring.
撞击风险监测.

JAXA will continue collision risk monitoring in the future.
日本宇宙航空研究开发机构今后将继续监测碰撞风险。

Collision risk analysis tools.
碰撞风险分析工具.

Study: Men aged 20-29 who swap car for bike face high collision risk.
研究：20-29岁的男性谁交换车自行车脸高碰撞危险.

Collision risk assessments in low Earth orbit 80-85 21.
低地球轨道上的碰撞风险评估80－8519.

Study: Men aged 20-29 who swap car for bike face high collision risk.
研究：20-29岁的男性交换汽车的自行车面临高碰撞风险.

Collision risk assessments in geostationary orbit 86-88 22.
地球同步轨道上的碰撞风险评估86－8820.

It will focus on identifying and studying objects with the highest collision risk.
重点是查明并研究碰撞风险最高的物体。

A debris collision risk analysis tool has been updated.
对碎片碰撞风险分析工具进行了更新。

The RACH can be characterized by having limited control information, and collision risk.
随机接入信道RACH承载有限的控制信息；有碰撞风险。

A debris collision risk analysis tool is also under development.
还正在开发一个碎片碰撞风险分析工具。

Nippon Yusen has already been working on technology to enable ships to use data to assess collision risks.
日本玉森已经在开展技术工作，使船只能够使用数据来评估碰撞风险。

The various methods for collision risk assessment should be critically reviewed;
对评价碰撞风险的各种方法，应当进行严谨的审查；.

This will enable one vehicle to broadcast its intention to leave a road lane or arrive at an intersection, thereby reducing collision risk.
这将使一辆车能够广播其离开道路车道或到达交叉路口的意图，从而降低碰撞风险。

In order to calculate the time-depart collision risk, a special tool has been implemented.
为了计算依时间而定的碰撞风险，采用了一种特别的工具。

(c) A debris collision risk analysis tool, to calculate the probability of collision for each space system component.
(c)一个碎片碰撞风险分析工具，以计算每个空间系统部件发生碰撞的概率。

Work to develop a software package capable of evaluating in-orbit and launch-phase collision risk has almost been completed(ARC software).
已几乎完成开发能够对在轨和发射期间冲撞风险进行评价的软件包（ARC软件）的工作。

Analysis of the space debris collision risk at geosynchronous altitude outside the equatorial plane.
对赤道平面外地球同步高度空间碎片碰撞风险的分析.

DELTA provides long-term projections of thegt; 1 mm LEO debris environment and associated mission collision risks over the next 100 years.
DELTA提供了大于1毫米的低地轨道碎片环境以及今后一百年相关飞行任务碰撞风险的长期预测。

This so-called interactive collision risk among all objects of the population is proportional to the square of the number of objects.
这种整体上所有物体之间发生所谓互相作用的碰撞的危险，与物体数目的平方成正比。

The view was also expressed that it was probable that the population of space debris would continue to grow, thus increasing collision risk as time went on.
还表示认为，空间碎片的总数可能将继续增加，因此，随着时间的推移，碰撞的风险日益加大。

Since 2010, KARI has been developing a space debris collision risk management system(KARISMA) to mitigate the space debris hazard.
自2010年以来，韩国天文学和空间科学研究所一直在开发空间碎片碰撞风险管理系统（KARISMA），以减缓空间碎片的危险。

The mitigation scenarios currently proposed appear to offer only a partial solution to the growth of the debris environment and the associated satellite collision risk.
目前建议的减少方案似乎只对碎片环境增长和有关卫星碰撞危险提供了部分解决办法。

Recently, SDS has been applied to determine the medium-term(one-month) collision risk to a LEO constellation posed by the break-up of one of its member satellites.
最近采用SDS来确定某个低地轨道卫星星座在其中的一颗卫星破裂之后对其造成的中期（一个月）碰撞风险。

Whereas, on 12 November 2013, the ICANN Security and Stability Advisory Committee(SSAC) published SAC062: SSAC Advisory Concerning the Mitigation of Name Collision Risk("SAC062").
鉴于2013年11月12日，ICANN安全与稳定咨询委员会(SSAC)公布了SAC062：SSAC关于缓解域名冲突风险的咨询报告。

Astrium is also modelling collision risk and avoidance for spacecraft operating in LEO, geostationary orbit, geostationary transfer orbit and Sun-synchronous orbit(SSO) spacecraft.
Altrium还为运行在低地球轨道、对地静止轨道、地球静止转移轨道和太阳同步轨道上的航天器建立了碰撞风险与风险避免模型。

However, increased use of the oceans for energy production could also have potential negative impacts on biodiversity, such as habitat loss, collision risk, noise and electromagnetic fields.
不过，更多地利用海洋来进行能源生产，也可能对生物多样性产生不利影响，例如生境丧失和产生碰撞危险、噪音和电磁场。