for the moment 目前,现在; 目前,暂时; 现在,暂时; 银翼情人; 在每个瞬间; 暂时, 目前; 暂时目前; 暂时;目前
in a moment 立即,立刻; 立即,马上; 立即,马上;一会儿; 立刻马上; 立刻,一会儿; 一刹那
moment n. 1.一转眼功夫,片刻,瞬息,刹那;时刻。 2.时机,机会;场合;危机;当前。 3.重要,紧要;【哲学】要素,契机。 4.【物理学】 矩,转矩,力矩;势头;能率;积率。 5.【统计】动差。 6.(历史发展的)阶段。 One moment. = Half a moment. = Wait a moment. 等一会儿。 There is not a moment to be lost. 刻不容缓。 Go this very moment. 现在马上去吧。 seize the moment 抓住机会。 matter of great moment 重大事件。 at a moment's notice 一经通知;随时;立刻,马上。 at any moment 随时,无论什么时候,不知何时。 at moments 时时,常常。 at odd moments 抽暇,空闲时。 at the last critical moment在最后关头。 at the moment 此刻[现在];(正当)那时[过去]。 at the same moment同时。 every moment时时刻刻,每一刻。 for a moment 片刻,一会儿。 for [at] the moment暂时,现在。 (the man) for this [the] moment能应付当前危局的(人)。 half a moment 等一下,稍等片刻;马上,立刻。 in a moment立即,马上,一会儿。 in a moment of anger 趁着气愤,一时气愤。 in the moment of danger 一到危险关头,一有危险。 moment of couple 【机械工程】偶矩。 moment of force 【物理学】力矩。 moment of inertia 【机械工程】惯性矩;【物理学】转动矩量。 moment of stability 【机械工程】安定矩。 moment of truth 1. 斗牛士击杀牛的时刻。 2. 关键时刻〔检验人的本色,或使人面对事实的时刻〕。 of little moment = of no moment不重要的,无足轻重的。 of the moment此刻,现在。 one moment =half a moment. the man of the moment当代要人;时人。 the (very) moment 〔用作连词引出时间副词子句〕一…(就) (= as soon as) (I tell him the moment he comes in. 他一进来我就告诉他)。 to the (very) moment 准时,不差片刻,正好。 (up) on the moment 一…马上就。
dynamic adj. 1.动力的,动力学的;力学(上)的;动(态)的;起动的。 2.有力的,有生气的;能动的;(工作)效率高的。 3.【音乐】力度;强弱法的。 4.【医学】机能(上)的。 5.【哲学】动力论的,力本论的。 a dynamic personality 活跃的性格。 a dynamic atmosphere 生气勃勃的景象。 a dynamic population 动态人口。 n. 〔限指 dynamic〕 (原)动力;动态。 adv. -ally
We analyzed some typical identical bands with four-parameter abstract rotational spectrum formula of bohr-mottelson's i ( i + 1 ) expression, so we drew the conclusion . the dynamic moments of inertia j ( 2 ) of so-called two identical bands are very similar, but the kinetic moments of inertia j ( 1 ) and bandhead moments of inertia j0 are n't equal . signature partner bands are almost identical 在此基础上运用bohr-mottelson的i(i+1)展开公式对部分较为典型的超形变全同带进行了分析,最后得出结论:所谓全同带的确只是两个带的了j~((2))比较接近,但两个带的j~((1))和j_0一般并不相等,而signature对偶带更接近全同。
If applied experiential formula mechanically to calculate the dynamic moment of the tri-eccentric butterfly vavle, its errors for the results would be larger . the paper, by virtue of the postulate of flow with fixed constant, eddiless of ideal liquid, calculated laplace equation by finite difference method in rectangular coordinates, gained pressure distribution on the butterfly disc section, thereby figured out its dynamic moment under each opening angle and the method was feasible for calculating dynamic moment of symmetry or not, designed the program and described the curve of dynamic moment . finally, the paper infered their laws 采用经验公式来计算三偏心蝶阀的动水力矩,误差比较大,本文根据三偏心蝶阀的结构特点,利用理想流体的定常、无旋流动的假定,用有限差分法在直角坐标系中求解拉普拉斯方程,得到蝶板截面上的压力分布,从而计算出蝶板在各个开度下的动水力矩,设计出了求解的程序,给出了程序运行的结果并进行了数据处理从而得到了动水力矩曲线,总结了它的变化规律。
If applied experiential formula mechanically to calculate the dynamic moment of the tri-eccentric butterfly vavle, its errors for the results would be larger . the paper, by virtue of the postulate of flow with fixed constant, eddiless of ideal liquid, calculated laplace equation by finite difference method in rectangular coordinates, gained pressure distribution on the butterfly disc section, thereby figured out its dynamic moment under each opening angle and the method was feasible for calculating dynamic moment of symmetry or not, designed the program and described the curve of dynamic moment . finally, the paper infered their laws 采用经验公式来计算三偏心蝶阀的动水力矩,误差比较大,本文根据三偏心蝶阀的结构特点,利用理想流体的定常、无旋流动的假定,用有限差分法在直角坐标系中求解拉普拉斯方程,得到蝶板截面上的压力分布,从而计算出蝶板在各个开度下的动水力矩,设计出了求解的程序,给出了程序运行的结果并进行了数据处理从而得到了动水力矩曲线,总结了它的变化规律。
If applied experiential formula mechanically to calculate the dynamic moment of the tri-eccentric butterfly vavle, its errors for the results would be larger . the paper, by virtue of the postulate of flow with fixed constant, eddiless of ideal liquid, calculated laplace equation by finite difference method in rectangular coordinates, gained pressure distribution on the butterfly disc section, thereby figured out its dynamic moment under each opening angle and the method was feasible for calculating dynamic moment of symmetry or not, designed the program and described the curve of dynamic moment . finally, the paper infered their laws 采用经验公式来计算三偏心蝶阀的动水力矩,误差比较大,本文根据三偏心蝶阀的结构特点,利用理想流体的定常、无旋流动的假定,用有限差分法在直角坐标系中求解拉普拉斯方程,得到蝶板截面上的压力分布,从而计算出蝶板在各个开度下的动水力矩,设计出了求解的程序,给出了程序运行的结果并进行了数据处理从而得到了动水力矩曲线,总结了它的变化规律。
If applied experiential formula mechanically to calculate the dynamic moment of the tri-eccentric butterfly vavle, its errors for the results would be larger . the paper, by virtue of the postulate of flow with fixed constant, eddiless of ideal liquid, calculated laplace equation by finite difference method in rectangular coordinates, gained pressure distribution on the butterfly disc section, thereby figured out its dynamic moment under each opening angle and the method was feasible for calculating dynamic moment of symmetry or not, designed the program and described the curve of dynamic moment . finally, the paper infered their laws 采用经验公式来计算三偏心蝶阀的动水力矩,误差比较大,本文根据三偏心蝶阀的结构特点,利用理想流体的定常、无旋流动的假定,用有限差分法在直角坐标系中求解拉普拉斯方程,得到蝶板截面上的压力分布,从而计算出蝶板在各个开度下的动水力矩,设计出了求解的程序,给出了程序运行的结果并进行了数据处理从而得到了动水力矩曲线,总结了它的变化规律。