查询词典 free time

You have elected to be in time rather than eternity, and therefore believe you are in time. Yet your election is both free and alterable. You do not belong in time. Your place is only in eternity, where God Himself placed you forever.

你既决定活在时间中，而非永恒，便会认定自己确实活在时间里。5然而，你的选择是自由的，仍有改变的余地。6你不属于时间。7永恒才是你的地方，那是上主亲自而且永远为你准备之地。

As to problem of time varying delay existing in NCSs, a time-varying model including certain system and uncertain system are constructed firstly, and then stability and stabilization of these systems are discussed based on time-delay system theory, cone convex optimization theory and free weighting matrices approach. Conditions of time-dependent stability and stabilization with less conservative are given in the form of linear matrix inequalities.

针对网络时滞问题建立了时变时滞NCSs的模型(包括确定系统和不确定系统)，然后利用时滞系统理论、锥补线性化方法和自由权矩阵方法研究了NCSs的稳定性和镇定性问题，并基于LMIs形式给出具有较小保守性的时滞相关稳定和镇定条件。

From the results obtained in the study, the following conclusions can be made:The methylene blue and spectrophotometer method can capture the free radicals generated successfully. This is an effective way to measuring the free radicals quantitatively in cavitation, moreover it is easy to fulfill.The intensity of cavitation increases with reduction in the cavitation number. But the different mechanism of various enhancive processes (chemical and physical processes) results in different effect by cavitation number.The effect of operating parameters, such as inlet pressure, temperature and time on cavitation indicate that optimum operating conditions exist at the cavitation enhancive effect is maximum.It is important to optimize the structure of hydrodynamic cavitation reactor for achieving a desired effect. A reasonable geometric parameter can promote the enhancive effect for a fixed hydrodynamic condition.Ventilating appropriate gas to cavitating flow can increase cavitational intensity and hence promote the enhancive effect of hydrodynamic cavitation.

研究结果表明：亚甲基蓝分光光度计法，能够成功地捕捉到水力空化产生的羟自由基，是定量检测空化自由基简便易行的有效方法；空化程度随空化数的减小而增强，但对于不同的强化过程，因其强化机理不同，故空化数对强化效应的影响也不同；水力空化系统的压力、温度及时间等操作参数对空化强化效应的影响规律表明：在适宜的操作条件下可产生最佳的空化强化效果；空化发生器结构的优化设计是保证空化强化效应的重要前提，在一定的水力学条件下，合理的结构尺寸可以增强空化作用效果：往水流中适量加入干扰气体能够提高空化强度，增强空化强化效果。

Hong Kong is a free port, implement free competition policy for a long time.

香港是一个自由港，长期实行自由竞争政策。

I think every time we refer to the US as the land of the free, we'll need to put that "free" in quotes.

我认为我们每次提到美国作为自由的土地上，我们需要把"免费"的引述。

If it avoids scattering over one mean free path, the odds favor scattering by the time it traverses another mean free path, and so on.

如果光子在一个平均自由路径中不被散射掉，它也会在第二个平均自由路径中或以后的平均自由路径中被散射掉。

The interpolate algorithms of three-order NURBS curve and double three-orders NURBS surface are presented. The expressions of partial derivative and normal curvature of NURBS surface are derived by the theory of differential geometry. The geometric characteristics of different curvature area of the free-form surfaces are analyzed in detail. All these work lays a theoretical foundation for constructing the cutter location calculating model of free-form surfaces NC machining. 2 On the basis of analyzing the methods of cutter path generation, the standard of evaluating the various methods of cutter path generation is presented. The method of generating cutter path with constant scallop height is presented for the first time.

本文以提高复杂曲面多坐标数控加工精度和加工效率为目的，在对国内外研究现状进行深入分析的基础上，对数控编程中各环节的关键技术问题进行了深入研究，主要内容包括以下几方面： 1 分析了复杂曲面各种造型方法的优缺点，给出了根据各种边界条件所确定自由曲面的NURBS表示方法以及三次NURBS曲线曲面反算算法；用微分几何理论推导了NURBS曲面的偏导矢及法曲率计算表达式；对曲面不同曲率特性区域的几何特征进行了深入分析，为建立复杂曲面的数控加工刀位计算模型奠定了理论基础。

Feiyes.net ★ rodick 制作 Cause it's hard for me to lose In my life I've found only time will tell And I will figure out that we can baby We can do a one night stand, yeah And it's hard for me to lose in my life I've found outside your skin right near the fire That we can baby We can change and feel alright I'm a little used to wandering outside the rain You can leave me tomorrow if it suits you just the same But I don't know enough, I need someone who leaves the day Hey yeah Cause it's hard for me to lose In my life I've found only time will tell And I will figure out that we can baby We can do a one night stand, yeah And it's hard for me to lose in my life I've found outside your skin right near the fire That we can baby We can change and feel alright Free Loop－－Daniel Powter Cause it's hard for me to lose In my life I've found only time will tell I will figure out that we can baby We can do a one night stand, yeah And it's hard for me to lose in my life I've found outside your skin right near the fire That we can baby We can change and feel alright Cause it's hard for me to lose In my life I've found only time will tell And I will figure out that we can baby We can do a one night stand, yeah And it's hard for me to lose in my life I've found outside your skin right near the fire That we can baby Over...

Feiyes.net ★ rodick制作原因很难对我来说，失去在我的生命中我发现只有时间才能告诉我们我将找出我们能够婴儿我们可以做一个一夜情，是啊我们很难对我来说，失去在我的生命我发现你的皮肤外面附近的火灾我们能够婴儿我们可以改变和感觉好吗我有点用以外的雨游荡你可以离开我明天如果适合你一样但我不知道不够，我需要有人谁离开天嘿是啊原因很难对我来说，失去在我的生命中我发现只有时间才能告诉我们我将找出我们能够婴儿我们可以做一个一夜情，是啊我们很难对我来说，失去在我的生命我发现你的皮肤外面附近的火灾我们能够婴儿我们可以改变和感觉好吗免费环路-丹尼尔Powter 原因很难对我来说，失去在我的生命中我发现只有时间才能告诉我们我会弄清楚，我们才能婴儿我们可以做一个一夜情，是啊我们很难对我来说，失去在我的生命我发现你的皮肤外面附近的火灾我们能够婴儿我们可以改变和感觉好吗原因很难对我来说，失去在我的生命中我发现只有时间才能告诉我们我将找出我们能够婴儿我们可以做一个一夜情，是啊我们很难对我来说，失去在我的生命我发现你的皮肤外面附近的火灾我们能够婴儿超过。。。

At the present time, their size has arrived at nanometer scale, and it approximately takes several picoseconds, or even shorter time, for free carriers to transport during such small distances. Therefore, research of carrier dynamics in silicon on shorter and shorter time scale is urgently developed. Processes on such short time scale are difficultly measured by traditional electronic method, so ultrafast spectroscopy method is the only choice of carrying out such experiments. Additionally, application of photoelectric detectors is severely influenced by laser.

近年来，硅半导体器件尺寸不断变小，目前已经缩小到了纳米尺度，载流子在这个尺度内的输运时间大约在ps量级，这促使人们需要对越来越短的时间尺度内硅的载流子动力学进行研究，传统的电子学方法很难对这么短时间尺度内发生的现象进行测量，超快光谱探测几乎成了进行这类研究的唯一测试手段。

In recent years, size of silicon devices has been decreasing. At the present time, their size has arrived at nanometer scale, and it approximately takes several picoseconds, or even shorter time, for free carriers to transport during such small distances. Therefore, research of carrier dynamics in silicon on shorter and shorter time scale is urgently developed. Processes on such short time scale are difficultly measured by traditional electronic method, so ultrafast spectroscopy method is the only choice of carrying out such experiments. Additionally, application of photoelectric detectors is severely influenced by laser.

近年来，硅半导体器件尺寸不断变小，目前已经缩小到了纳米尺度，载流子在这个尺度内的输运时间大约在ps量级，这促使人们需要对越来越短的时间尺度内硅的载流子动力学进行研究，传统的电子学方法很难对这么短时间尺度内发生的现象进行测量，超快光谱探测几乎成了进行这类研究的唯一测试手段。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。