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《纳米组件电性仿真软件》(Virtual NanoLab v2008.10 )[压缩包]

  • 状态: 精华资源
  • 摘要:
    发行时间2008年
    语言英文
  • 时间: 2009/02/10 20:47:43 发布 | 2009/02/10 22:05:24 更新
  • 分类: 软件  行业软件 

恩瑶

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中文名纳米组件电性仿真软件
英文名Virtual NanoLab v2008.10
资源格式压缩包
发行时间2008年
地区美国
语言英文
简介

IPB Image
语言:英语
网址:http://www.oracle.com/
类别:其他软件

Atomistix Virtual Nanolab(纳米组件电性仿真软件)软件可用来开展原子尺度上的数值计算模拟,以“虚拟”实验方式,进行研究奈米结构。此软件是基于凝态物理、量子化学和电子传输理论等领域十多年的研究成果而研制的,可以计算任意奈米结构中原子或分子的位置及电子轨域。
特点:
#针对开放系统在有限偏压状态下之自我一致性的DFT计算
#电子传输系数以及传输固有通道
#平行于输送方向的周期性边界条件
#针对NEGF计算的新高效率计算结构
#计算电子流与不平衡力
#散射状态与分子轨道的3-D影像
#LDA与GGA交换-相关泛函数
#原子位置的松弛现象
#虚位能与基准组态数据库
#分子动力学模拟

代码
                                                                           
  
                                 
                              ²
                                °² ° ²°   
                            ° ° °     ²           ת    
    ²²²²                      ת²°°²²²ת
       ת     ת±±²     ²      ²                 
                           °    °
                      °  ° 
                    ²²
                    ²±±²
                           
                                         
                                                            ²
                                                       ת²  
                                                   ² ²
                                                         ²
                                      ²±       ת
                                  ²
                 ²            ²²°            
                                   
                                            ת

                                          
       ²   ²²°  ²  ²²  ²²   ²
    °°   ² °        °²    ²  ²    °°
        °²  ²    °      °²  ²   ²
           ² °²  ²   ²  
           °²  ²  ²°°°²  ²
          °²²            zk.
               ²      ²
                                       
                                  ²°
   °                    ²°±²²°°²²
   ²             ²°²°²
  ²²°²°²±°²
°²²°²
   ‏²±°°² °°°°°°°°°²
                          °²²²²  ²°
                                             °°°²²²±²     ²
                                                °²      ²²
                                                ²²   
                                                ²²²          
                                               ²²            ²²
                                              ²°²²²             ²²
                                             ²°²²²               ²²
                                           °°                 
                                        °°²²
                                      ²°²
ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ   ²²  ִִִִִִִִִִִִִִִִִִִִִִִ ִ
   °²²°°      °°²²°
ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ      ִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ


       ²                                                               ²
   ²²           [ MOST PROUDLY PRESENTS ]           ²² 
      ²²                                                             ²²
       ²                                                               ²
       °                                                               °
                            Virtual NanoLab v2008.10
                                (c) QuantumWise

               Supplier . : RECOiL       Size ..... : 23 x 5.00MB
               Cracker .. : RECOiL       Protection : FlexLM
               Packager . : RECOiL       Type ..... : Utility
               Date ..... : 01-17-2009   OS ....... : Windows
       °                                                               °
       ²                                                               ²
      ²²                                                             ²²
° ²²²²                                               ²²²²° °
ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ
   °²²°  [ RELEASE NOTES  ]  °²²°
ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ

   User-friendly atomic-scale modeling

   Virtual NanoLab (VNL) combines powerful atomic-scale modeling and
   NanoLanguage scripting in a user-friendly graphical
   interface.
  
   - Build complex atomic structures with a few mouse clicks
   - Generate NanoLanguage scripts
   - Visualize atomic geometries and calculated physical quantities in 3D
  
   Atomic-scale modeling is indispensable when it comes to simulating
   experiments and analyzing atomic-scale properties of nanoscale devices.
   The functionality of a nanoscale device is largely determined by the
   positions of individual atoms. It might change drastically if some atoms
   are replaced, added, or removed. Atomic-scale modeling makes you
   understand why your device works. Or why it doesn’t work!
  
   Virtual NanoLab is based on Atomistix ToolKit (ATK) and gives access to
   state-of-the-art modeling techniques, including non-equilibrium Green’s
   function and density-functional-theory (DFT) methods. With automatic
   script generation these techniques are simple and intuitive to use
   whether or not you are an expert in quantum chemistry and
   electronic-structure calculations.
  
   Compared with physical experiments, nanoscale modeling is cheap and
   efficient. Using modeling prior to, or in combination with, practical
   laboratory work accelerates the development by limiting the
   time-consuming trial-and-error experimentation. Possible problems can be
   detected and solved before the device is even fabricated.
  
  
ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ
   °²²°  [  INSTALLATION  ]  °²²°
ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ

   Unzip , Unrar , Install. Check instructions

   NOTE: The binary for VNL (vnl_exec) is in 32bit, so make sure you have
         32bit libraries installed on your linux.

ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ
   °²²°  [   GROUP iNFO   ]  °²²°
ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ

        We are not taking any applications. We are an invite only group.


ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ
   °²²°  [   GREETINGS    ]  °²²°
ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ


           Our friends, our loyal members and our fair competitors.
                             You know who you are.


ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ
   °²²°  [ RECOiL IN 2009 - ONE MORE IMPACT! ]  °²²°
ִ ִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִִ ִ



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