查询词典 comparative

Hence, the study on planetary volcanism is a key part of comparative planetology. Study the volcanism of celestial bodies of Solar system could provide significant knowledge for the understanding of the formation and evolution of the planets, deep and surface processes, metallogenesis, and initiation of life.

对太阳系天体火山作用的对比研究能够提供认识太阳系和行星演化、天体深部和浅部地质作用过程、矿产资源形成以及生命的起源和演化等重要信息，是比较行星学的重要组成部分。

This article adopts the method of comparative planetology, suggests that meteorite strike event is the universal geological process in solar system, and the meteorite strike case occurred in the earth is as the same it did in other terrestrial planets.

本文采用比较行星学的方法，认为陨击作为太阳系普遍的地质过程，地球跟太阳系其他类地行星受到陨击的情况是相类似的。

This article adopts the metho d of comparative planetology, suggests that meteorite strike event is the universal geological process in solar system, and the meteorite strike case occurred in the earth is as the same it did in other terrestrial planets.

本文采用比较行星学的方法，认为陨击作为太阳系普遍的地质过程，地球跟太阳系其他类地行星受到陨击的情况是相类似的。

Based on the theory that "meteorite strikes are a common geological process in the solar system" and the comparative planetology, these ringed mountain geological structures are the relics of earlier meteorite strikes distributed on the earth, which is the natural landscape formed in the interaction when celestial bodies fell down on the earth and struck the ground.

根据"陨击是太阳系普遍的地质过程"和比较行星学推测，这些环形山地质构造是地球上分布的早期陨击遗迹，是外天体陨落地球撞击地面岩层时与其相互作用形成的自然景观。

According to the presumption based on the theory that "meteorite strikes are a widespread geological process in the solar system" and the comparative planetology, those geological structures of ringed mountains are the relics of earlier meteorite strikes distributed on the earth, which is the natural landscape formed in the interaction between the celestial bodies and the surface terrane when the former fell down on the earth and struck the latter.

根据"陨击是太阳系普遍的地质过程"和比较行星学推测，这些环形山地质构造是地球上分布的早期陨击遗迹，是外天体陨落地球撞击地面岩层时与其相互作用形成的自然景观。

He has made systematic high-level research achievements in the study of solar nebular evolution, meteorites, cosmic dust and Apollo lunar rocks, as well as comparative planetology, the climatic and environmental change of, and mass extinction induced by the impact of extraterrestrial bodies on the earth, formation and evolution histories of solar system, two-stage accretion model of earth's origin, original inhomogeneity of the primordial earth and its constraint on metallogeneity and tectonic evolution.

其地下核子试验地质效应综合研究於1978年获全国科学大会奖；吉林陨石综合研究於1986年获中国科学院重大科技成果一等奖和1987年全国自然科学三等奖；《天体化学》专著於1991年获中国科学院自然科学一等奖；月球探测成果更获工业与资讯化部特等奖和国防科工委个人突出贡献奖。欧阳自远院士在国内外已发表专著16部、主编著作14部、论文426篇，培养硕士、博士与博士后65人。

RESULTS: We report a new method of using comparative genomics to systematically discover motifs in Plasmodium without requiring any functional data.

结果：我们报道了一个新的使用比较基因组学方法来系统的发现疟原虫中的motifs，而不需要任何功能性数据。

Plastid transport and metabolism of C(3) and C(4) plants-comparative analysis and possible biotechnological exploitation.

C3，C4作物质体运输的差别比较，以及在生物工程中的可能应用。

On the basis of the data obtained from the cam-type plastometer, four prediction models including the BP, Elman, RBF and GRNN neural network prediction models were established, which corresponded to the relationship between the deformation stress of nickel-chrome steel with chemistry elements, temperature, strain rate and deformation strain of the steel respectively. A comparative analysis for the prediction accuracy of the four models was obtained.

以凸轮式高速形变试验机进行的热模拟压缩实验得到的实验数据为基础，建立了热轧铬镍钢的变形阻力与其化学成分、变形温度、变形速度及变形程度对应关系的BP、Elman、RBF和GRNN 4种神经网络预测模型；并对4种网络的训练过程和预测精度进行比较分析。

At the draft-design stage, comparative analysis of possible configuration in terms of pliability and geometric precision is undertaken by means of automated computational systems.

在设计的初期阶段，根据其性能对其最可能的配置进行比较分析，自动化系统保证了机床的精密性。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。