对于截面形式较复杂的T形梁，提出了有关的参数计算式，仍可利用图表，通过简单迭代过程，求得T形截面开裂后的中和轴位置。
With the help of some formulae and simple iteration procedures the table and the diagram mentioned above can also be used for locating neutral axis of t beams.
给出了相应的电流和功率计算式，为设计电炉参数提供了依据。
The paper also gives the relective calculating formula of current and power. and affords basis for designing electric furnace parameters.
提出正弦齿条所生成的齿轮副的重合度定义及其计算式，并且讨论有关设计参数对于重合度的影响效果。
Definition of contact ratio of paired gears generated with sinusoidal rack and its calculation formula were given, and the effect of related design parameters on the contact ratio was also discussed.
通过理论分析，给出了TS -B3型温度传感器线性化误差的近似计算式及电路参数的计算方法。
An approximate formula of linear error about TS-B3 temperature sensors and calculation methods about circuit parameter were given by theory analysis.
对汽油蒸气的一些关键物性参数，如油气摩尔质量、压缩因子、蒸气压及油气——空气扩散系数等给出了推荐值或计算式。
Some key parameters such as gasoline vapor mole quality and compression factor, vapor pressure, and vapor-air diffusion coefficient were decided and recommended.
本文导出的计算式和给出的相关趋势图可用于确定这类分级机的操作参数及设计分级机转子的几何尺寸。
The derived formula and the given relevant trend diagram can be applied in arranging the operation parameters for this type of classifiers and designing the geometrical size of the classifier rotor.
给出氧传递速率、氧利用率、呼吸商等参数的计算式。
The computation of oxygen transfer rate and the coefficient of utilization of oxygen and respiratory quotient is given.
并推导出了单丝长度与螺旋参数相关的数学计算式，其计算结果与实际相一致。
Onthe other hand, the mathematic formulae are derived for single-wire length as a funclion of the helical parameters, and the results of calculation and the actual data are consistent with each other.
给出了波荡器垫补修正场的简单解析计算式，可根据垫片的位置、大小、厚度、磁极间隙等参数直接计算出对磁场及位相的修正。
An simple analytical computation formula is given for field signature of the shims to predict the field and phase perturbation according the shim position, size, thickness and magnet gap.
在对旋转抽油杆柱的扭转振动分析的基础上，给出了各阶扭转振动固有特性参数的计算式。
On the basis of the analysis of the twisting vibration of rotary sucher-rod string, a formula of calculating every harmonic vibration eigenfrequency is presented.
在对集总参数模型简化的基础上，给出了小型水体最大供冷面积与水体本身参数及气象参数间的经验计算式。
Based on the simplification of lumped parameter model, the experience calculation of maximum cooling area of small water body with its parameters and meteorological parameters is attained.
经实践验证，这些计算式用于计算金属矿浆的流变特性参数有一定的精度，能满足黑色金属与有色金属矿浆流变特性的计算要求。
It is verified by practice that these formulas used fog calculating the parameter of rheological characteristics are of same accuracy, adequate for calculating that of ferric or non-ferric metals.
经实践验证，这些计算式用于计算金属矿浆的流变特性参数有一定的精度，能满足黑色金属与有色金属矿浆流变特性的计算要求。
It is verified by practice that these formulas used fog calculating the parameter of rheological characteristics are of same accuracy, adequate for calculating that of ferric or non-ferric metals.
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