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transfer conductance
相关语句
  传输电导
     TIME-VARIED CHARACTERISTICS OF FORWARD TRANSFER CONDUCTANCE OF ELECTROTONIC SYNAPSE OF NEURON
     神经元电突触前向传输电导的时变特性
短句来源
  转移导纳
     Based on the discussion of the SGEMP surface electric field coupling to the cable shield and the current coupling mechanism to inner wire through transfer conductance, a container coupling test facility was introduced in this article, which can be used to generate SGEMP surface electric field. Also the primary results of a typical cable were given.
     本文在讨论SGEMP表面电场对电缆屏蔽层的耦合以及屏蔽层上的电流通过转移导纳对芯线的耦合机制的基础上,介绍一种产生模拟SGEMP表面电场信号的电容性耦合实验装置,并给出一种常用电缆的初步实验结果。
短句来源
  “transfer conductance”译为未确定词的双语例句
     As the growth-irradiance declined, internal CO_2 transfer conductance (g_i) was getting lower.
     生长光强降低 ,两种木兰植物内部 CO2 传导度 (gi)降低。
短句来源
  相似匹配句对
     On the learning transfer
     论学习迁移研究
短句来源
     TECHNOLOGY TRANSFER
     山东省高新技术转移中心项目推荐
短句来源
     The Conductance for Polyacetylenes
     聚乙炔(Polyacetylene)中的电导
短句来源
     TIME-VARIED CHARACTERISTICS OF FORWARD TRANSFER CONDUCTANCE OF ELECTROTONIC SYNAPSE OF NEURON
     神经元电突触前向传输电导的时变特性
短句来源
     As the growth-irradiance declined, internal CO_2 transfer conductance (g_i) was getting lower.
     生长光强降低 ,两种木兰植物内部 CO2 传导度 (gi)降低。
短句来源
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  transfer conductance
This acclimation was achieved by an increase in transfer conductance and was ultimately due to changes in leaf anatomy.
      
These values were dependent on the size of the estimated CO2-transfer conductance.
      
But the O2 transfer conductance of blood, θ, equal toGst multiplied by hematocrit (in mmol · min-1 · Torr-1 · (ml blood)-1), was only slightly higher as compared to other species: 0.20 (llama, alpaca, vicu?a), 0.14 (camel), 0.18 (goat), 0.17 (man).
      
O2 transfer conductance of RBC (G) was estimated from the rate of O2 saturation change and the corresponding O2 pressure difference between medium and hemoglobin.
      
Transfer conductance closely related to channel carrier mobility is also satisfactory in this BCT.
      


The forward transfer conductance of neuronal electrotonic synapse is described. The presynaptic membrane fires an action potential via superthreshold stimulation, and the postsynaptie membrane can directly be excited by electrotonus with the action potential. The synaptic membrane is a rectificr, and the coupling conductances will change with time.

电突触前膜在高于阈值的刺激下,产生一个大小不变的动作电位,突触后细胞可直接被突触前轴突中伴随动作电位产生的电紧张所激活,突触膜相当于整流器,电流只能从突触前神经元流向突触后神经元。电流流过神经元之间结合部时,连结电导将随时间变化。

Based on the discussion of the SGEMP surface electric field coupling to the cable shield and the current coupling mechanism to inner wire through transfer conductance, a container coupling test facility was introduced in this article, which can be used to generate SGEMP surface electric field. Also the primary results of a typical cable were given. This test system can be taken into consideration as an effective method for coupling effects of cables used in satellites and missiles.

本文在讨论SGEMP表面电场对电缆屏蔽层的耦合以及屏蔽层上的电流通过转移导纳对芯线的耦合机制的基础上,介绍一种产生模拟SGEMP表面电场信号的电容性耦合实验装置,并给出一种常用电缆的初步实验结果。该系统可为弹、星上所用电缆提供耦合效应实验手段。

The modeling of ecophysiological processes of plants is very important in terrestrial carbon cycle models. During the last two decades, many terrestrial carbon cycle models have been developed for various purpose and scales. In this paper, the models of three ecological physiological processes in the carbon cycle models, which are directly related to the physical land surface processes are reviewed. These models include photosynthesis, carbon allocation and phenology models. Photosynthesis model Three photosynthesis...

The modeling of ecophysiological processes of plants is very important in terrestrial carbon cycle models. During the last two decades, many terrestrial carbon cycle models have been developed for various purpose and scales. In this paper, the models of three ecological physiological processes in the carbon cycle models, which are directly related to the physical land surface processes are reviewed. These models include photosynthesis, carbon allocation and phenology models. Photosynthesis model Three photosynthesis model types are classified. Semi\|empirical models simulate the photosynthesis rate as a function of environmental factors and derive the maximum photosynthesis rate from experiments or semi\|empirical methods. The mechanical photosynthesis models consider the biochemical mechanism of photosynthesis. The photosynthesis rate is determined by the lower one of the photosynthesis rate determined by Rubisco and the rate controlled by the regeneration of RuBP. The third type of model uses remote sensing data, in which the net primary production is a function of the efficiency of photosynthesis and the active photosynthesis radiation. Carbon allocation model Five types of carbon allocation models are introduced. (1) The function balance model: its hypothesis is that there is a function balance between the size and activity of the branches of the plant and the size and activity of its roots. (2) The transport\|resistance model is a kind of semi\|empirical model, based on the theory of transport and utilization. It simulates the growth and allocation of forest based on the pool and fluxes of carbon and nitrogen. The carbon flux is a function of the gradient and transfer conductance of carbon. (3) The photosynthesis: growth model gives the relative growth rate of the plant as a function of the net assimilation rate, leaf weight ratio, and specific leaf weight. (4) The environmental responses model. (5) The carbon allocation model in large scales ecosystem modeling is usually simplified. The responses of vegetation growth to the environment are given as simple curves or prescribed as a constant. Phenology model A statistical phenology model based on observational data gives the phenology image of the local vegetation. Because of the complex control mechanism and very different characteristics in different regions, the phenology of vegetation has different patterns. The use of remote sensing data, such as NDVI, is a way to solve this problem. Thus the vegetation phenology is derived from the seasonal dynamics of NDVI by the phenology model based on a remote sensing data model. The problems and the prospective development of ecological processes modeling in carbon cycle models are discussed.

植物生理生态过程的模拟是陆地碳循环模型研究中的关键过程之一。就与碳循环过程密切相关的 3个关键的植物生理生态过程 :光合作用、碳分配和物候等过程的数学模式进行分类 :1光合作用模式 :根据光合作用模式基础的不同把光合作用模式分为 :半经验模式 ;机理模式和使用卫星遥感资料的模式等。2植物碳分配模式介绍了功能平衡模式 ;运输-阻力模式 ;光合作用与生长模式 ;环境反应模式和大尺度生态系统模式等 5类。3植被物候模式 :根据观测和参数化方法的不同可以将现有的物候数值模式分为两类 :观测统计模式和使用卫星遥感资料的物候模式。对各类模型的主要控制方程、研究进展和应用分别进行了简要评述

 
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