1) pile-up discretion
堆积判别
2) pile up rejection
堆积判弃
1.
The pile up rejection circuit is realized using CPLD instead of discrete components.
该系统以CPLD为核心实现复杂的数字逻辑控制,用CPLD替代分立器件实现了堆积判弃功能。
3) defect area discriminant
面积判别法
4) integral test
积分判别法
1.
The convergence theorem for a type of series is given, from which a number of conclusions are obtained such as (1) convergence and divergence of a series with integral test; (2) a group of convergent series; (3) series ∑∞n=1f(a_n) and sequence ｛∫~(a_n)_(a_1)f(t)dt｝ are of the same constringency; and (4) estimation of the sum of some constringent series and the value of some improper integrals.
给出了判定一类数列收敛的定理,并由此定理得到一系列结论:(1)级数敛散性的积分判别法;(2)一类收敛数列;(3)级数∑∞f(an)与数列{∫anf(t)dt}同敛散;(4)估计某些收敛级数和值与广a1n=1义积分之值。
5) criterion for aromatic stacking
芳环堆积的判据
6) parameter product decision
参数乘积判别法
1.
Four different methods,including support vector machine(SVM),artificial neural network(ANN),multiple regression analysis(MRA) and parameter product decision(PPD),were applied to the gassiness evaluation of forty gas-bearing layers in the tight sandstones of Tabamiao Area in Ordos Basin.
将支持向量机、人工神经网络、多元回归分析及参数乘积判别法4种算法分别应用于鄂尔多斯盆地塔巴庙地区40个致密砂岩储层的含气性评价,其预测结果与试气结果的平均相对误差绝对值分别为:0,4。
补充资料：里雅普诺夫判别定理
见运动稳定性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条