登录
首页 » C# » different energy grain boundary

different energy grain boundary

于 2020-06-21 发布
0 164
下载积分: 1 下载次数: 2

代码说明:

说明:  根据晶粒结构数据,输出不同晶粒和粒子界面能所对应的粒子分数,以及晶粒分数。(According to the grain structure data, the corresponding particle fractions and grain fractions of different grains and interfacial energies are output.)

文件列表:

different energy grain boundary contact with particles\.vs\different energy grain boundary contact with particles\v14\.suo, 50176 , 2019-07-11
different energy grain boundary contact with particles\different energy grain boundary contact with particles\App.config, 189 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\bin\Debug\different energy grain boundary contact with particles.exe, 13312 , 2019-07-11
different energy grain boundary contact with particles\different energy grain boundary contact with particles\bin\Debug\different energy grain boundary contact with particles.exe.config, 189 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\bin\Debug\different energy grain boundary contact with particles.pdb, 28160 , 2019-07-11
different energy grain boundary contact with particles\different energy grain boundary contact with particles\bin\Debug\different energy grain boundary contact with particles.vshost.exe, 22696 , 2019-07-11
different energy grain boundary contact with particles\different energy grain boundary contact with particles\bin\Debug\different energy grain boundary contact with particles.vshost.exe.config, 189 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\bin\Debug\different energy grain boundary contact with particles.vshost.exe.manifest, 490 , 2018-04-12
different energy grain boundary contact with particles\different energy grain boundary contact with particles\different energy grain boundary contact with particles.csproj, 4006 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\Form1.cs, 12502 , 2019-07-11
different energy grain boundary contact with particles\different energy grain boundary contact with particles\Form1.Designer.cs, 2074 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\Form1.resx, 5817 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\DesignTimeResolveAssemblyReferences.cache, 1464 , 2019-07-11
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\DesignTimeResolveAssemblyReferencesInput.cache, 7508 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\different energy grain boundary contact with particles.csproj.FileListAbsolute.txt, 1878 , 2019-07-11
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\different energy grain boundary contact with particles.csproj.GenerateResource.Cache, 1012 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\different energy grain boundary contact with particles.csprojResolveAssemblyReference.cache, 2384 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\different energy grain boundary contact with particles.exe, 13312 , 2019-07-11
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\different energy grain boundary contact with particles.pdb, 28160 , 2019-07-11
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\different_energy_grain_boundary_contact_with_particles.Form1.resources, 180 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\different_energy_grain_boundary_contact_with_particles.Properties.Resources.resources, 180 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\TemporaryGeneratedFile_036C0B5B-1481-4323-8D20-8F5ADCB23D92.cs, 0 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\TemporaryGeneratedFile_5937a670-0e60-4077-877b-f7221da3dda1.cs, 0 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\TemporaryGeneratedFile_E7A71F73-0F8D-4B9B-B56E-8E70B10BC5D3.cs, 0 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\Program.cs, 566 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\Properties\AssemblyInfo.cs, 1416 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\Properties\Resources.Designer.cs, 2921 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\Properties\Resources.resx, 5612 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\Properties\Settings.Designer.cs, 1141 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\Properties\Settings.settings, 249 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles.sln, 1129 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug\TempPE, 0 , 2019-07-03
different energy grain boundary contact with particles\.vs\different energy grain boundary contact with particles\v14, 0 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\bin\Debug, 0 , 2019-07-08
different energy grain boundary contact with particles\different energy grain boundary contact with particles\bin\Release, 0 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj\Debug, 0 , 2019-07-11
different energy grain boundary contact with particles\.vs\different energy grain boundary contact with particles, 0 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\bin, 0 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\obj, 0 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles\Properties, 0 , 2019-07-03
different energy grain boundary contact with particles\.vs, 0 , 2019-07-03
different energy grain boundary contact with particles\different energy grain boundary contact with particles, 0 , 2019-07-11
different energy grain boundary contact with particles, 0 , 2019-07-03

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • DeepCrack
    说明:  裂纹是典型的线结构,在许多计算机视觉应用中都很有趣。在实际应用中,路面裂缝等许多裂缝连续性差、对比度低,给利用低层特征进行基于图像的裂缝检测带来了很大的挑战。在本文中,我们提出了深度裂纹——一个端到端可训练的深度卷积神经网络,通过学习用于裂纹表示的高级特征来自动检测裂纹。该方法将在层次卷积阶段学习到的多尺度深度卷积特征融合在一起,以获取线路结构。更详细的表示在大比例尺的feature maps中进行,更全面的表示在小比例尺的feature maps中进行。我们在SegNet的编码器解码器架构上构建深度裂纹网,并对在相同尺度下在编码器网络和解码器网络中生成的卷积特征进行配对融合。(Cracks are typical line structures that are of interest in many computer-vision applications. In practice, many cracks, e.g., pavement cracks, show poor continuity and low contrast, which bring great challenges to image-based crack detection by using low-level features. In this paper, we propose DeepCrack---an end-to-end trainable deep convolutional neural network for automatic crack detection by learning high-level features for crack representation. In this method, multi-scale deep convolutional features learned at hierarchical convolutional stages are fused together to capture the line structures. More detailed representations are made in larger scale feature maps and more holistic representations are made in smaller scale feature maps. We build DeepCrack net on the encoder decoder architecture of SegNet and pairwisely fuse the convolutional features generated in the encoder network and in the decoder network at the same scale.)
    2021-04-09 16:58:59下载
    积分:1
  • 线性插值
    采用能量等值法计算骨架曲线的屈服荷载及位移等(Calculating yield load and displacement of skeleton curve by energy equivalent method)
    2021-01-28 11:18:40下载
    积分:1
  • fxlms_code
    说明:  我提供了一个基于FXLMS的单通道前馈有源噪声控制系统的一个小例子. 为了减少噪声,我们使用控制器C(z)产生另一个“噪声”yw(k)。我们希望它破坏性地干扰X(k)。这意味着控制器必须是传播介质P(z)的模型。采用最小均方算法对控制器系数/权重进行调整。 然而,还有流体介质S(Z)留在致动器和传感器之间。我们称之为二次传播路径。所以,为了使解正确,我们需要用SH(z)来补偿调整过程,这是S(z)的估计(I provided him a little example of a single channel feed-forward active noise control system based on the FxLMS. To reduce noise, we generate another 'noise' yw(k) using the controller C(z). We hope that it destructively interferes x(k). It means that the controller has to be a model of the propagation medium P(z). Least mean square algorithm is applied to adjust the controller coefficient/weight. However, there is also fluid medium S(z) that stay between the actuator and sensor. We called it the secondary propagation path. So, to make the solusion right, we need to compensate the adjustment process using Sh(z), which is an estimate of S(z).)
    2018-05-25 15:30:07下载
    积分:1
  • text2
    一个简单的协同自适应巡航控制的MPC控制器设计(A Simple Cooperative Adaptive Cruise Control MPC Controller Design)
    2021-03-16 16:49:21下载
    积分:1
  • 模拟PC给LEU发送数据,需要ATP支持
    模拟PC给LEU发送数据,需要ATP支持-Send data to LEU
    2022-05-23 20:57:44下载
    积分:1
  • HoverTreeCSharpMysql
    )系统分两种身份:管理员和读者,读者可以分为不同的类型,每种类型借书天数和续借天数都不一样!(2)图书管理:添加图书类别,维护图书类别,登记图书信息,维护图书信息(3)读者管理:添加读者类别,维护读者类别,登记读者信息,维护读者信息(4)借阅管理:读者借书登记,读者还书登记,借书超期信息查看!(5)系统管理:管理员和读者登陆系统后可以修改自己的登陆密码,读者可以修改自己的个人信息。系统特点:(1)根据(fhsdhfds hfjkdshfjk h ks hsd sfdks fds k fk sd j j jfdsf ehf dsj fd)
    2017-06-28 18:32:08下载
    积分:1
  • juliangfa
    说明:  设计一八木天线,振子数目为4,长度分别为:反射器长度0.39,主馈振子长度0.356,引向器长度均为0.3;反射器和主馈振子的距离0.265,主馈振子和第一引向器的距离0.2575,第一引向器和第二引向器的距离0.225。天线工作频率为400MHz,各振子分段数为9。 利用矩量法模拟该天线的电流分布,并绘制方向图。(A eight wood antenna is designed. The number of vibrators is 4 and the length is 0.39 for the reflector, 0.356 for the main feeder and 0.3 for the director. The distance between the reflector and the main feeder is 0.265, 0.2575 for the main feeder and the first director. The distance between the first director and the second director is 0.225. The working frequency of the antenna is 400MHz and the number of segments of each vibrator is 9.)
    2020-02-20 22:53:54下载
    积分:1
  • GTM_DesignSim-master
    GTM_DesignSim-master
    2020-06-16 10:00:11下载
    积分:1
  • JXC
    使用方法重载来计算三角形,长方形和圆形的面积。给三维向量的加法设计运算符重载并测试结果(Use method overload to calculate the area of triangle, rectangle and circle. Overload the additive design operators for three-dimensional vectors and test the results)
    2020-06-25 01:40:01下载
    积分:1
  • VWAP-bands-indicator-for-MetaTrader-5
    Indicator Mt4 WVAP Bands
    2019-03-29 03:01:27下载
    积分:1
  • 696518资源总数
  • 105877会员总数
  • 14今日下载