possible error中文是什么意思

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中文翻译
造句

可能误差

possible adj. 1. 可能有的，也许会有[发生]的；潜在的。 ...
error n. 1.错误；失错。 2.谬见，误想；误信；误解。 3 ...
as …as possible 尽可能的; 尽量
as…as possible 尽可能……
be possible of 可能...的
if possible 如果可能的话
possible adj. 1. 可能有的，也许会有[发生]的；潜在的。 2.可能实行的，做得到的，想得到的。 3.合理的，可以允许的。 4.〔口语〕相当的，不坏的；可以接受的；还算过得去的。 all the assistance possible 一切可能支援。 the highest possible speed 最大速度。 It is possible that he knows. 他也许知道。 a possible person 能胜任(做某事)的人。 as ... as possible 尽量…，尽可能…。 if possible 可能的话。 possible of 可能…的。 with the least delay possible 尽快。 n. 1.〔the possible 〕可能性，潜在性。 2.〔常 pl.〕可能的人[物]，可能有的事。 3.(射击等中)最高分。 4.〔pl.〕〔俚语〕必需物品；金钱。 5.候补人，预备队员，生力军。 6.全力。 possibles to probables 预备队员对候补队员。 do one's possible 尽全力。 score a possible (射击等中)得最高分。
possible of 可能...的
anything is possible 没有不可能; 什么都有可能; 一切皆有可能
as early as possible 尽快地; 尽早
as expeditiously as possible 在可能范围内尽快
as far as possible 尽可能, 尽量
as low as possible 尽可能低
as often as possible 尽可能多的
as quickly as possible 尽快地
as soon as possible 比; 尽可能多; 尽可能快的; 尽可能快地尽快地; 尽可能快地尽快尽快地; 尽可能早地; 尽快(电子邮件中常用的缩略语); 尽快地例如; 尽快回复; 尽早，尽快; 尽早地
as-late-as-possible 尽可能晚
as-soon-as-possible 尽快
be made possible by 由...促成的
be possible of solution 尽量解决
be standardized as possible 尽可能标准化
both are possible 两可之间
can it be possible 就想知道
everything is possible 一切皆有可能
existence in possible 存在即合理

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例句与用法

The article launches discussing of temperature measuring precision , as well as analyses possible error of the measurement circuit and method of eliminating error . experimental data verifies this method
文章重点围绕温度测量精度问题展开讨论，分析了测量电路可能存在的误差和消除的方法，最后以实际测得的数据进行验证。
Add to this the complexities of possible error conditions , network traffic , and related issues , as well as the exponential quantity of data most such tables have 15 or more rows and our application could collapse in no time
这种情况再加上其它复杂性，如可能的错误情况、网络流量和相关问题，以及数据的指数级数量（大多数此类表有15行或更多），我们的应用程序随时都可能崩溃。
The possible error of solar radiation climatic calculation is analyzed and discussed . the error range of calculating solar radiation with sunshine data is obtained . the homogeneity test is carried out using 70 monthly total solar radiation series over china with potter method
在通过对总辐射和日照百分率的正态分布检验以及相关性检验的前提下，以日照百分率资料为参考，采用potter法对70个辐射站进行总辐射资料的均一性检验。
Possible errors that i ve encountered include " dataset not assigned " when i forgot to assign the dataset property of the tdatasetprovider in the datasnap server , or a more database - specific error that i had to resolve at the web server
我曾经碰到的可能发生的错误包括" dataset not assigned " （当时我忘了为datasnap服务器中tdatasetprovider的dataset属性赋值），或者更多特定于数据库的错误，这些错误都是我必须在web服务器上解决的。
At the same time , hi this dissertation , designed the testing system and igniting - device scheme about dynamic testing on the ground , and analyzed possible error produced by theory model , testing system and igniting - device . this is the testing foundation of validating and perfecting the theory model
在理论分析的同时，本文还设计了地面动态测定测试系统和常用点火机构方案，并分析了理论模型、测试系统和点火机构所可能产生的误差，为今后进一步理论模型的验证和完善打下试验基础。
In chapter 4 , the performance of asynchronous systems with multilevel spreading codes based on periodical repetition of quantized chaotic time series is presented , focusing on the ds - cdma systems . some computer simulations for four kinds of chaos - based sequences are given to examine the results that chaos - based sequences outperform the classical spreading sequences ( maximum - length and gold sequences ) and the chaos - based sequences from the chevbyshev maps ( k = 3 , 7 , 11 ) is the best among them . as the result of these optimization effort , two design means toward sequences optimization are obtained , in which one is based on the entropy theory , the other is on minimizing the average possible error
3 、本文的第四章分析了混沌序列的各种统计特性，着重研究混沌序列作为混沌扩频序列在ds ? cdma系统中的抗扰性能，对不同的混沌扩频序列和典型的扩频序列进行了仿真，从仿真结果中可知，混沌扩频序列的性能可以与典型的扩频序列媲美，经过优化设计的混沌序列特性优于典型的扩频序列；在混沌序列中， chebyshev混沌序列( k等于3 . 7 . 11 … …时)是最佳序列之一。
The design of the laser and its bracket , neutral density filters , lens , and digital camera are complete in the hardware design ; the image collection and centroid calculation are complete in the software design ; and the experiment of straightness calibration is accomplished . the possible errors are analyzed about the whole system , and some methods to decrease the errors are put forward
硬件部分主要完成了激光器及其支架、衰减片组、透镜组和数字相机的结构设计;软件部分主要完成了图像的采集和质心的求取;最后进行了直线性校准实验,并对实验过程进行了误差分析,提出了减小误差的方法。