Statistics for Computational study of nonequilibrium chemistry in high temperature flows.

Total visits

views
Computational study of nonequilibrium chemistry in high temperature flows. 230

Total visits per month

views
October 2024 0
November 2024 0
December 2024 0
January 2025 0
February 2025 0
March 2025 2
April 2025 0

File Visits

views
Doraiswamy_umn_0130E_11605.pdf 674

Top country views

views
United States 70
China 45
France 20
Germany 16
United Kingdom 8
Australia 6
Hong Kong SAR China 6
India 5
Ireland 4
Russia 4
Finland 3
Italy 3
South Korea 3
Belgium 2
Canada 2
Portugal 2
Singapore 2
United Arab Emirates 1
Argentina 1
Austria 1
Brazil 1
Switzerland 1
Czechia 1
Algeria 1
Hungary 1
Indonesia 1
Israel 1
Iran 1
Netherlands 1
Taiwan 1
Ukraine 1

Top city views

views
Beijing 20
Ashburn 9
Dublin 4
Xi'an 4
Atlanta 3
Pipersville 3
San Jose 3
Urbana 3
Austin (North Austin Civic Association) 2
Bordeaux 2
Brisbane 2
Central 2
Central District 2
Changsha 2
Duisburg 2
Guwahati 2
Lisbon 2
Livermore 2
London 2
Lowell 2
Minneapolis 2
Montpellier 2
Moscow 2
Mountain View 2
Newark 2
Saint Lucia 2
Saint-Médard-en-Jalles 2
San Antonio 2
Seattle 2
Shenzhen 2
Singapore 2
Tianjin 2
Antwerp 1
Augusta 1
Bad Homburg 1
Basel 1
Boardman 1
Boulder 1
Brooklyn 1
Buffalo 1
Cary 1
Chengdu 1
Chicago 1
Chisago City 1
Chiswick 1
Chongqing 1
Dayton 1
Des Moines 1
Dubai 1
Edwards 1
Fremont 1
Garching 1
Hampton 1
Harbin 1
Hohhot 1
Killaloo 1
La Mirada 1
Lebanon 1
Madison 1
Melbourne 1
Menlo Park 1
Montreal 1
Nanjing 1
Neubiberg 1
Novosibirsk 1
Old Bridge 1
Overland Park 1
Oxford 1
Pasadena 1
Pensacola 1
Plymouth 1
Pusan 1
Raleigh 1
Rio De Janeiro 1
San Bruno 1
Shanghai 1
Southampton 1
Southend 1
Staten Island 1
Tehran 1
Tervuren 1
Tokyo 1
Tsukuba 1
Vladivostok 1
Walnut 1
West Lafayette 1
Woodbridge 1