miserable condition

miserable condition的基本解释

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惨境, 惨状

与miserable condition相关的网络例句 [注：此内容来源于网络，仅供参考]

Through the photographic technology of fisheye lens and achieved the space image of cotton canopy structure distributing at different condition, and setupped cotton canopy structure base after image analysis. The experiment results indicated that the adaptability of different varieties to plant density is different, reasonable plant density is benefit to the raise of varieties product, and Xinluzao10 is better at high density（225000plant/ hm2） condition and Xinluzao12 is better at mid-high density（150000 plant / hm2） condition. For different nitrogen, Xinluzao10 is better at right nitrogen application amount（600 kg/ hm2） condition and Xinluzao12 is better at mid-high amount（900kg/ hm2）condition. For different irrigation, Xinluzao6 and Xinluzao12 is better at limited drip irrigation amount（1500 m3/ hm2） condition and Xinluzao8 Xinluzao13 is better at right drip irrigation amount（3000 m3/hm2） condition.

利用鱼眼镜头照相技术获取了不同处理棉花冠层分布空间图象，对图像进行处理分析，建立了棉花冠层图像库及分析诊断指标，研究结果表明，不同品种对种植密度适应性不同，合理的配置种植密度有利于品种的产量潜力的挖掘，高密（225000plant/ hm2）条件下选择新陆早10号、中高密（150000 plant / hm2）条件下选择新陆早12号栽培种植较为适宜；对于不同氮肥用量，适量氮肥用量（600 kg/ hm2）条件下选择新陆早10号、中高氮肥用量（900kg/ hm2）条件下选择新陆早12号较为适宜；对于不同灌水量，限量滴灌（1500 m3/ hm2）条件下选择新陆早6号、12号种植较适宜，适量滴灌（3000m3/hm2）条件下选择新陆早8号、13号种植较适宜。

Firstly, the existence and uniqueness of the solution for neutral stochastic functional differential equations with infinite delay under the uniformly Lipschitz condition, linear grown condition and contractive condition can be directly derived; And the moment estimate of the solution and the estimate for error between the approximate solution and the accurate solution can be both given; If the uniformly Lipschitz condition is replaced by the local Lipschitz condition, the existence and uniqueness theorem can be gained; Meanwhile, the existence and uniqueness of the global solution in the interval 0,+∞ can also be obtained; Secondly, L~p-exponential estimate of the solution for neutral stochastic functional differential equations with infinite delay can be studied; At length, the theorem of the local solution about neutral stochastic functional differential equations with infinite delay only under the local Lipschitz condition and the contractive condition can be established.

首先，在一致Lipschitz条件，线性增长条件和压缩性条件下，直接得到了具无限时滞中立型随机泛函微分方程解的存在惟一性，并给出了解的矩估计，近似解与精确解之间的误差估计；将一致Lipschitz条件替换为局部Lipschitz条件，也得到了具无限时滞中立型随机泛函微分方程解的存在惟—性，同时，也给出了在整个区间0，+∞上具无限时滞中立型随机泛函微分方程解的存在惟一性定理；其次，也讨论了具无限时滞中立型随机泛函微分方程解的L~p指数估计；最后，在局部Lipschitz条件和压缩性条件下，建立了具无限时滞中立型随机泛函微分方程局部解的存在惟一性定理。

Upon the whole, here was an undoubted Testimony, that there was scarce any Condition in the World so miserable, but there was something Negative or something Positive to be thankful for in it; and let this stand as a Direction from the Experience of the most miserable of all Conditions in this World, that we may always find in it something to comfort our selves from, and to set in the Description of Good and Evil, on the Credit Side of the Accompt.

总而言之，从上述情况看，我目前的悲惨处境在世界上是绝无仅有的。但是，即使在这样的处境中，也祸福相济，有令人值得庆幸之处。我希望世上的人都能从我不幸的遭遇中取得经验和教训。那就是，在万般不幸之中，可以把祸福利害一一加以比较，找出可以聊以自慰的事情，然后可以归入账目的"贷方金额"这一项。

与miserable condition相关的网络解释 [注：此内容来源于网络，仅供参考]

How can I keep a family on such a miserable wage：(我怎么能靠这么可怜的工资养家

13.miserable: poor in quality or quantity; too sma... | * How can I keep a family on such a miserable wage? (我怎么能靠这么可怜的工资养家?) | * My father was a miserable man. He was always complaining....

to keep me every bit as miserable and lonely,too：让我也完全和你一样可怜孤单

You're...miserable,and you're lonely,and you're gonna trap me here|你...可怜... | to keep me every bit as miserable and lonely,too.|让我也完全和你一样可怜孤单 | Yeah,and you're happy,happy,happy.|Yeah,你...

Miserable fate：运命

夜符 Bad Lady Scramble Cost - 3 | 运命 Miserable Fate | 运命 Miserable Fate