Statistics for Comparison of Chlorine Dioxide and Ozone as Oxidants for the Degradation of Volatile Organic Compounds

Total visits

views
Comparison of Chlorine Dioxide and Ozone as Oxidants for the Degradation of Volatile Organic Compounds 206

Total visits per month

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January 2024 1
February 2024 3
March 2024 0
April 2024 4
May 2024 2
June 2024 8
July 2024 5

File Visits

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479

Top country views

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United States 107
South Korea 9
China 8
Taiwan 7
Germany 6
Italy 6
Hong Kong SAR China 5
India 5
Mexico 5
Ukraine 5
Spain 4
Thailand 4
South Africa 3
Iran 2
Malaysia 2
New Zealand 2
Sweden 2
Singapore 2
Uruguay 2
Brazil 1
Botswana 1
Canada 1
Switzerland 1
Netherlands 1
Philippines 1
Pakistan 1
Russia 1
Saudi Arabia 1
Turkey 1
Vietnam 1

Top city views

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Riverside 17
Cincinnati 12
Gwanak-gu 6
Monterrey 5
Ashburn 4
Knoxville 4
Natick 4
Taizhou 4
Tremonton 4
Apice 3
Bangkok 3
Binghamton 3
Cleveland 3
Jacksonville 3
Portland 3
Rome 3
Arlington Heights 2
Brocton 2
Central District 2
Durban 2
Euskirchen 2
Fort Collins 2
Kowloon 2
Los Angeles 2
Madrid 2
Montevideo 2
Mountain View 2
Prospect 2
San Ramon 2
Sherman Oaks 2
Shimomeguro 2
Singapore 2
Tainan City 2
Taipei 2
Tallahassee 2
Tehran 2
Tokyo 2
Zhengzhou 2
Alor Star 1
Amsterdam 1
Ankeng 1
Annandale 1
Augusta 1
Barrington 1
Bengaluru 1
Boca Raton 1
Bornova 1
Calhoun 1
Cedar Rapids 1
Central 1
Chevy Chase 1
Chicago 1
Collingwood 1
Cranston 1
Cresson 1
Deerfield Beach 1
Delhi 1
Dillon 1
Erie 1
Franklin 1
Gaborone 1
Hamilton 1
Hammond 1
Hartland 1
Ho Chi Minh City 1
Invercargill 1
Islamabad 1
Kirkland 1
Koto 1
Koyang 1
Long Beach 1
Lucknow 1
Mainz 1
Minneapolis 1
Mumbai 1
Murfreesboro 1
Nakhon Ratchasima 1
Nashville 1
New York 1
Northport 1
Quezon City 1
Redwood City 1
Riyadh 1
Saint Petersburg 1
Sarasota 1
Seattle 1
Shenzhen 1
Somerset 1
Stockholm 1
Sunchang-gun 1
Suwon 1
São Paulo 1
Taoyuan District 1
Wuhan 1
Zurich 1