most studies of c: n: p stoichiometry are about ecological interactions in aquatic ecosystems.

as the largest carbon pool of terrestrial ecosystem, the allocation dynamics of biomass and carbon stock of forest ecosystem are important components of global carbon cycle.

森林生态系统作为陆地最大的碳库，其生物量与碳储量分配的动态变化是全球碳循环的重要组成部分。

互联网摘选

in this article, the authors introduce you to virtual application patterns and their place in the ecosystem, describe their components and functions, and provide a basic look at how to create and use a virtual application pattern.

在本文中，作者向您介绍虚拟应用程序模式，以及它们在生态系统中的位置，描述它们的组件和功能，并提供如何创建和使用虚拟应用程序模式的基础知识。

互联网摘选

in a secure ecosystem, all software components in the os or any application would not only be signed and authenticated, but would seek approval before executing or being loaded into memory.

在安全可靠的生态系统下，操作系统中的所有软件组件或者任何应用程序不但需要签名和验证，还要在得到许可之后才可以执行或者调入内存。

互联网摘选

as for its definition, ecological risk assessment is the assessment for the risk of the ecosystem or its components get.

生态风险评价是对生态系统或其组分受到的风险进行评价。

互联网摘选

niche theory and entropy change value were applied to analyse ecosystem components of citrus orchards.

应用生态位及熵变值分析了柑桔园系统内某些物种之间的关系。

互联网摘选

surgical treatment of lacteal fistula

乳管瘘的外科治疗

互联网摘选

the variation laws of mean drift velocity, mobility as well as electronic energy with electrical field are obtained respectively. also, the variation laws of electronic energy relaxation time and momentum relaxation time with electrical field are obtained respectively.

得出了电子的平均漂移速度、迁移率和电子能量随电场的变化规律，及电子的能量、动量弛豫时间随电场的变化规律。

互联网摘选

moreover, the complexes of this kind are ideal objects for studying the processes of intermolecular energy transference, vibrational relaxation and predissociation which are the bases for studying macroscopic phenomena.

并且，范德华复合物是研究分子间能量转移、振动驰豫和振动预解离等过程的理想物质。

互联网摘选

high energy unequal-nuclei collisions and relaxation time in fokker planck equation

高能不等核碰撞和弛豫时间的Fokker-Planck方程描述

互联网摘选

the activation energy of the boundary relaxation and the specific relaxation time of the ceramics have been measured.

测量了晶界弛豫激活能的大小和不同温度下该材料的特征弛豫时间。

互联网摘选

the excitation energy spectrum of the relaxation is estimated.

估计了弛豫过程的激活能谱。

互联网摘选

a reaction mechanism of laser stimulated n-butane cracking on the solid surfaces and a model of energy transfer and relaxation in such a process are proposed based on the experimental results.

证实了固体表面键激发模式的有效性，探讨了激光表面反应过程中能量吸收、积累、传递和损失的途径，提出了激光促进丁烷裂解的表面反应机理。

互联网摘选

a reaction mechanism of laser-stimulated n-butanol cracking and a model of energy transfer and relaxation in such a process are proposed based on the experimental results.

根据实验结果，探讨了激光促进丁醇裂解反应过程的能量传递规律，提出了激光促进丁醇裂解表面反应机理。

互联网摘选

three kinds of dried wood and control wood differed in the dynamic stiffness properties, the loss peak temperatures, the loss peak density and the apparent activation energy of relaxation processes.

不同干燥材之间以及干燥材与对照材之间的动态刚度性质、力学损耗峰温度、力学损耗峰强度以及力学松弛过程的表观活化能均存在明显差异。

互联网摘选

the apparent activation energy of relaxation process at higher temperature location showed a higher value than that at lower temperature location. 4.

松弛转变行为出现的温度越高，其表观活化能值越大。

互联网摘选

analysis of strain energy and relaxation degree in different-shaped quantum dots using finite element method

有限元法分析不同形状量子点的应变能及弛豫度变化

互联网摘选

in this paper, we investigate the relationships between the rates of vibrational-translational energy relaxation and the molecular dissociation energy, density and temperature for diatomic molecular in condensed state by the computer simulation with molecular dynamical method.

本文利用分子动力学计算机模拟方法，研究了稠密态双原子分子振动-平动弛豫速率与分子离解能、密度和温度的关系。

互联网摘选

an analytical expression of elastic strain energy relaxation in nanostructures of different isotropic geometries grown on lattice mismatched substrates is obtained. the results are derived from large aspect ratio condition.

首次用解析的方法推导出在大高宽比和失配生长条件下不同形状纳米结构的弹性应变能弛豫函数。

互联网摘选

momentum and energy relaxation, carrier-carrier scattering, intervalley and intravalley scattering, optical phonon scattering and carrier diffusion have been investigated extensively.

动量和能量驰豫，载流子－载流子散射，谷间和谷内散射，光学声子散射，载流子扩散等机制都已被广泛研究。

互联网摘选

it is presented that one of the most important energy relaxation processes is the electron-phonon interaction, which determines the energy transfer from electronic carrier system to the lattice.

指出能量转换特性的最重要的弛豫过程是电子-声子相互作用，决定了由电子载流子系统到晶格的能量转换。

互联网摘选