1.
Relationship between mechanical characteristics and anatomical structures of slope protection plant root
护坡植物根系力学特性与其解剖结构关系
2.
Mechanics Analysis of Vegetation Root in Ecology Slope Protection
植被根系护坡力学效应分析途径研究
3.
Design an Improved Spinal Pedicle Screw System and Biomechanical Testing
改良椎弓根钉棒系统的研制与生物力学测试
4.
EVIDENCE AND ECOLOGICAL EFFECTS OF HYDRAULIC LIFT IN POPULUS EUPHRATICA
胡杨根系水力提升作用的证据及其生态学意义
5.
Mechanical mechanism of soil-reinforcement for different plant communities in ecological restoration region
生态修复区不同植物群体的根系固土力学机理
6.
A vitro biomechanical study of the stability of slidable pedicle screw system
滑动椎弓根钉系统稳定性体外生物力学测试
7.
Triaxial Compression Test of Loess-Root Composites to Evaluate Mechanical Effect of Roots on Reinforcing Soil
黄土高原刺槐根系固土的力学增强效应评价
8.
Thermal Inactivation Kinetics of the Rhizopus sp.Lipase
不同体系下根霉脂肪酶失活动力学模型研究
9.
Simulation of dynamic root growth and water transfer in soil-crop-atmosphere system
土-作物-大气系统中动态根系生长及水动力学模拟
10.
explained in terms of physical forces.
根据机械力学解释的。
11.
in accordance with the second law of thermodynamics,
根据热力学的第二规律，
12.
It is, according to the second law of thermodynamics, the inevitable destination of an isolated system.
根据热力学第二定律，它却是一个孤立系统不可避免的结局。
13.
Biomechanical Study of Expansive Spine System (ESS) Pedicle Screws in Human Lumbar Vertebral Bodies.;
膨胀式脊柱内固定系统椎弓根螺钉的生物力学实验研究
14.
Discussion of the Relation between the Early Wittgenstein's Philosophy and the Later One from the Speaking Ability of Language
从语言的言说能力看维特根斯坦前后期哲学的关系
15.
Pharmacokinetics Comparison between Puerarin Nanoparticles Water Dispersion System and Puerarin Suspension in Mice
葛根素纳米水分散体系和混悬剂小鼠体内药代动力学过程比较
16.
According to this theory the previous difficulties were the result of using an essentially unsound system of mechanics.
根据这一理论，先前的困难是由于采用了根本站不住脚的力学体系造成的。
17.
Root activity was expressed byα- NA oxidizing power.
*根系活力以α萘胺氧化力来表示。
18.
Root activity was expressed by α-NA oxidizing power.
根系活力以α-萘胺氧化力来表示。