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Virtual Kinetics of Materials Laboratory : Polycrystalline Growth and Coarsening

Purdue University

Simulates Growth, Impingement, and Coarsening of a Two Dimensional Polycrystal

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Version 0.1.1 - published on 18 Aug 2008

doi:10254/nanohub-r5161.2 cite this

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Table 2: Users By Organization Type
#	Type	Users	Percent
1	Educational - University	134	77.46
2	Unidentified	15	8.67
3	Government Agency	9	5.2
4	National Lab	6	3.47
5	Industry	6	3.47
6	Educational - Pre-College	2	1.16
7	Unemployed	1	0.58
8	Military	1	0.58
	Total Users	173	100

Table 3: Users by Country of Residence
#	Country	Users	Percent
1	UNITED STATES	89	51.45
2	INDIA	11	6.36
3	CHINA	8	4.62
4	UNITED KINGDOM	5	2.89
5	GERMANY	5	2.89
6	BRAZIL	4	2.31
7	FRANCE	3	1.73
8	SWITZERLAND	3	1.73
9	RUSSIAN FEDERATION	3	1.73
10	CANADA	3	1.73
	Total Users	173	100

Table 4: Top Domains by User Count
#	Domains	Users	Percent
1	Unidentified	51	29.48
2	purdue.edu	25	14.45
3	rr.com	8	4.62
4	verizon.net	6	3.47
5	csun.edu	5	2.89
6	umich.edu	5	2.89
7	sbcglobal.net	5	2.89
8	comcast.net	5	2.89
9	tamu.edu	5	2.89
10	nist.gov	4	2.31
	Total Users	173	100

Location of all "Virtual Kinetics of Materials Laboratory : Polycrystalline Growth and Coarsening" Users Since Its Posting