SDSMT -- Dr. Puszynskis Research Site
OVERVIEW
NANOTECH.SDSMT.EDU TRAFFIC
Date Range
Date Range
Date Range
LINKS TO DOMAIN
WHAT DOES NANOTECH.SDSMT.EDU LOOK LIKE?
NANOTECH.SDSMT.EDU SERVER
BROWSER IMAGE
SERVER OS
We observed that nanotech.sdsmt.edu is implementing the Microsoft-IIS/6.0 server.HTML TITLE
SDSMT -- Dr. Puszynskis Research SiteDESCRIPTION
Professor Puszynskis research is focused on. Fundamental aspects of reaction kinetics and mechanism of strongly exothermic condensed phase reactions. Formation and reactivity of nanopowders. Combustion synthesis and processing of ceramic and powders, including silicon and aluminum nitrides, sialons, alons, and many other nonoxide ceramic composites. In-situ formation of dense and porous ceramic and intermetallic materials by a combustion technique. Return to HPCNet Site.PARSED CONTENT
The domain states the following, "Professor Puszynskis research is focused on." We observed that the web page said " Fundamental aspects of reaction kinetics and mechanism of strongly exothermic condensed phase reactions." It also stated " Formation and reactivity of nanopowders. Combustion synthesis and processing of ceramic and powders, including silicon and aluminum nitrides, sialons, alons, and many other nonoxide ceramic composites. In-situ formation of dense and porous ceramic and intermetallic materials by a combustion technique."ANALYZE OTHER WEB PAGES
Основной целью междисциплинарного направления Нанотехнологии, созданного в соответствии с Программой развития Южного федерального университета является координация научной и образовательной деятельности подразделений университета, осуществляющих целевую подготовку специалистов и кадров высшей квалификации, проведение научно-исследовательских и опытно-конструкторских работ по этому направлению. Важнейшим звеном развития направления явилось создание научно-образовательного центра Нанотехнологии.
期間 2011 - 2013 年度. 期間 2008 - 2010 年度. 期間 2005 - 2007 年度.
Turn off more accessible mode. To navigate through the Ribbon, use standard browser navigation keys. To skip between groups, use Ctrl LEFT or Ctrl RIGHT. To activate a command, use Enter. Departments and research centers involved.
Click to sign up for the mailing List. Technical Research and Community Engagement. New chromophores combined with synthetic polypeptides are assembled with nanotubes and wires into functional devices to explore the physics of molecular optoelectronic function. A cross-cutting initiative advancing next generation electronic and near field optical local probes, and providing access in a multi user instrumentation facility.