activation parameter
英 [ˌæktɪˈveɪʃ(ə)n pəˈræmɪtə(r)]
美 [ˌæktəˈveɪʃən pəˈræmɪtər]
网络 活化参量[参数]; 活化参数
双语例句
- The final step is auto activation, in which the virtual machine is powered on and the activation scripts automatically run, using information from the v-floppy parameter file.
最后一个步骤是自动激活，在这个步骤中启动虚拟机，激活脚本将自动地运行，并且使用来自v-floppy参数文件的信息。 - The sintering activation energy is an important parameter for investigating the sintering mechanism.
烧结激活能是研究物质烧结机理的重要参量。 - It can be deduced from test results, that the mechanism and process of fast pyrolysis reaction are different from those of the usual pyrolysis reaction, and ( correspondingly) the reaction activation energy, an important physical parameter for reaction, will change significantly.
研究结果可以推论，快速热解反应的机理将不同于人们通常描述的步骤进行，相应的反应活化能这一重要的物理参数会发生很大变化。 - Experimental results showed that there exists a good linear relationship between the activation parameter ( Ea 、Δ￣≠ H_m and Δ￣≠ S_m) and ionic strength. It suggests that, in this case, the entropy effect plays a dominant role.
结果表明活化参数（Ea、Δ￣≠H＿m、Δ￣≠S＿m）与离子强度（I）存在着较好的线性关系，熵效应起主导作用。 - The iso-conversional method was suitable to analyze at the crystallization rate constant K, the activation energy of crystallizing Ed, the nucleation parameter ψ, and was unsuitable to analyze the liner growth rate G.
用等转化率法适用于解析结晶速率常数K，结晶活化能Ed，成核参数ψ等参数，但不适用于求解线生长速率G。 - Calculating the Reaction Activation Energy with Bond Parameter
用键参数计算反应活化能 - Based on Arrhenius relationship, the linearized relationship between life and tempera-ture is derived, and the meaning of activation energy and B parameter, and the acceleration factor are discussed.
探讨了阿伦尼斯（Arrhenius）模型的线性化寿命与温度关系的推导过程、激活能ΔE的意义、参数B的意义和加速因子。 - E. the activation energy ( E) increased with the increase of the pro-exponential factor ( A), Both compensation effect parameter ( K0) and energy distribution exponential factor ( 1/ 6) were closely related to the metal ionic radius ( dm).
补偿效应参数（K0）和能量分布指前因子（1/b）均与负载的金属离子半径（dm）有关。 - According to the test datas, material constant values, such as activation energy Q, stress exponent n, stress parameter α and structure factor A, is studied through single linear regression.
根据试验数据，采用一元线性回归方法，确定了该材料的常数，如：激活能Q、应力指数n、应力水平参数α和结构因子A。 - The Activation Method for Discretized Conservative Nonlinear Stability Problems with Multiple Parameter and State Variables
多参数多状态变量离散型有势非线性稳定问题的活化方法 - The next is primary dynamics study on NO absorption with liquid NaClO_2, acquire the reaction order of NaClO_2 and NO and the activation energy, and study the effect of kinds of parameter on the absorption rate.
论文还对液相NaClO2对NO的吸收进行了动力学初步研究，得到了NaClO2与NO的反应级数和反应活化能，并研究了各参数对吸收速率的影响。 - A new model for calculating activation energy and extrapolating life is set up. Off-surface displacement deflection is chosen as failure sensitive parameter. Thermal deformation is tested by ESPI technology, and then the failure criterion is determined.
建立了确定失效激活能的新模型和寿命外推模型，以离面位移变形量作为失效敏感参数，采用ESPI技术对芯片的热变形进行测试，进而确定失效判据。 - This algorithm reduces number of hidden nodes and enhances the BP network convergence speed by re-selecting activation function and adjusting weight value of neurons transformation function, scaling coefficient and displacement parameter in output layer and hidden layer.
通过重新选取神经元的激活函数，对输出层和隐层中神经元转换函数的权值、缩放系数和位移参数进行调整，减少隐层节点数，加快BP网络的收敛速度。