Study on 1d numerical analytical method of the stirling engine

Hydrothermal Synthesis and Characterization of Three Isomorphic 1D Chain Compounds

三个同构的1D链状簇合物的水热合成和结构表征

For 1D problems, the difference method was used to solve these equations.

由于本文只研究一维问题，解连续性方程用差分方法。

However, the development of variable frequency and adjusting speed technique has a close relationship with the development of power devices.

然而，变频调速技术的发展始终与电力电子元器件的发展密不可分，每一次元器件的飞跃都会带动变频技术的迅速发展。

The first order polynomial is used to describe the middle part of the discharge curve, and the first order Gaussian is to fit the final part of the curve.

一次元的多项式在描述电池放电中段的行为，而一次元高斯函数则在模拟电池放电的最末端的行为。

This is okay, because the metadata is stored only once, rather than once per row.

这是好的，因为只有一次元数据存储，而不是每一排。

Extra credit: See if you can read your number without reading glasses.

友情提示: 看你能不能不用放大镜就能读出你产品上的序列号.

Presentations with overhead projection or slides may soon look old-fashioned.

用投影仪或者幻灯片来做陈述也许很快就会显得过时了.

I think we need to buy a new projection apparatus.

我想我们需要买一台新投影仪.

Episcopes are part of the necessary research equipment of this lab.

投影仪是这个实验室必要的科研设备.

A: Jean , could you find a projector for me?

珍, 你能帮我找个投影仪 吗 ?

Calibration of measuring equipment.

校准检验测量仪.

Another expedition will recover the UV plates next year.

明年,另一支研究队将被派往该地,收回紫外线测量仪板.

This paper introduces the design of the changeable gate frequency measurement.

介绍了变闸门频率测量仪的设计方法.

Objective To evaluate the accurate of root length surveyor.

目的:评价根管长度测量仪测量根管工作长度的准确性.

With the help of instrument , amplitude, acceleration and right number will display.

如需看出振幅 、 加速度、正确数字需另购测量仪.

According to 1401 meters is a high-quality energy meter.

紫外线照度计1401是一种高质量的UV点光源能量测量仪.

The soul portion of you resides in other dimensions beyond the physical level.

你的灵魂部分居住于超越物质层面的其他次元。

You are all the multidimensional sparks of the Master Creator God!

你们全是造物主之神在多重次元的火花！

I will be more light centered and less lower dimensional.

我将会是以光为中心的，较少低次元的。

Analyzes the mathematical similarity between the neural minor component analysis ( MCA) learning rule and beamforming optimization problem. Then, the neural MCA learning rule is used to implement robust adaptive beamforming.

分析了神经次元分析（MCA）学习规则与该波束形成优化问题在数学描述上的相似性，利用神经MCA学习规则实现鲁棒自适应波束形成。