管子上刻以标度，以便在线性标度上可以直接读出流动速率的数值。
The tube is graduated so that flow rate can be read directly on a linear scale.
分析了GOY模型结构函数的标度律。指出结构函数的振荡涨落导致非线性标度律。
Scaling law of structure function in GOY model is analyzed in this paper. It is point out that the fluctuation of structure function lead to nonlinear scaling law.
一种是从0%至100%的线性标度，另一种为平方根标度(在记录纸底部标度较接近，在记录纸顶部伸展)。
One is a linear scale that goes from 0% to 100%. The other is a square root scale with the graduations closer at the bottom and spread out at the top of the chart.
运用全生命周期分析方法对产品的性能进行分析，采用线性标度法和层次分析法建立产品全生命周期评价模型。
Life cycle assessment was used to evaluate the performances of product, and linear scale and analytic hierarchy process were applied to establish the model for product life cycle assessment.
与此同时，线性标度的密度泛函理论算法日趋成熟，使得通过密度泛函理论研究诸如生物大分子之类的体系成为可能。
Meanwhile, the linear scaling algorithms of DFT are getting mature, which makes the application of DFT to large systems such as biological macro molecules become possible.
具体讨论了具有分片线性传染力的SIR模型在无标度网络上的流行病传播阈值，并运用分片线性传染力得到了传播阈值为正的条件。
In further details, this paper discussed the epidemic threshold for disease spreading using SIR model with piecewise linear infectivity on scale-free networks.
提出了一种在智能仪器中用补偿函数实现非线性误差修正和标度变换的方法。
A method to realize non linearity correction and scale transformation with compensation function used in intelligent instrument is presented.
为了应用于高精度领域，必须提高光纤陀螺标度因数的线性度和稳定性。
The scale factor linearity and stability of the IFOG must be improved in order to apply IFOG to high-precision case.
通过计算这些性能指标，找出了标度因子非线性度、不对称性产生的部分原因。
By means of calculating the specifications, same reasons for scal factor nonlinearity and asymmetry is identified.
着重阐述了数据的非线性补偿技术、标度变换技术、信号预处理的各种算法、FFT谱分析技术。
The technologies including nonlinear compensation, scales conversion, algorithms of signal preprocessing, FFT spectrum analyzing is emphasized.
提出了一个能构建小世界网络和无标度网络的演化模型，这演化模型保持节点规模和边数量不变，引入边非线性择优重连方法。
An evolving model that can construct small-world networks and scale-free networks is employed to introduce nonlinear rewiring methods with keeping the number of nodes and edges invariable.
提出了一个能构建小世界网络和无标度网络的演化模型，这演化模型保持节点规模和边数量不变，引入边非线性择优重连方法。
An evolving model that can construct small-world networks and scale-free networks is employed to introduce nonlinear rewiring methods with keeping the number of nodes and edges invariable.
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