Statistics for Controlling Colloidal Stability using Highly Charged Nanoparticles

Total visits

views
Controlling Colloidal Stability using Highly Charged Nanoparticles 451

Total visits per month

views
May 2024 0
June 2024 0
July 2024 0
August 2024 0
September 2024 0
October 2024 0
November 2024 0

File Visits

views
Herman_DJ_D_2015.pdf 2672

Top country views

views
United States 163
China 98
Germany 28
France 25
United Kingdom 19
South Korea 14
Switzerland 7
Russia 7
Malaysia 6
Finland 4
Hong Kong SAR China 4
Ireland 4
Iran 4
Turkey 4
Taiwan 4
Colombia 3
Spain 3
India 3
Singapore 3
Iraq 2
Italy 2
New Zealand 2
Poland 2
Syria 2
Ukraine 2
Vietnam 2
Belgium 1
Bulgaria 1
Brazil 1
Canada 1
Algeria 1
Jordan 1
Latvia 1
Mexico 1
Pakistan 1
Portugal 1
Thailand 1
South Africa 1
Zambia 1

Top city views

views
Shenzhen 46
Ashburn 43
Reston 31
Beijing 24
Blacksburg 16
Boardman 10
Southend 10
Tianjin 8
Ulsan 7
Central 4
Chongqing 4
Des Moines 4
Dublin 4
Loudonville 4
Ann Arbor 3
Brooklyn 3
Gaziemir 3
Hangzhou 3
Ilam 3
Ludwigshafen am Rhein 3
Singapore 3
Alor Setar 2
Balingen 2
Castro Valley 2
Catford 2
Eugene 2
Fribourg 2
Geneva 2
Hangyang 2
Hanoi 2
Heppenheim an der Bergstrasse 2
Horgen 2
Kuala Lumpur 2
London 2
Middlefield 2
Old Bridge 2
Pittsburgh 2
Yekaterinburg 2
Zhengzhou 2
Albuquerque 1
Amman 1
Auckland 1
Baghdad 1
Baqubah 1
Bhubaneswar 1
Blackburn 1
Brussels 1
Calgary 1
Coyoacan 1
Daejeon 1
Fremont 1
Industriya 1
Irvine 1
Jinan 1
Kyoto 1
Lahore 1
Lexington 1
Lubbock 1
Milan 1
Milpitas 1
Mostaganem 1
Mountain View 1
Mugla 1
Nanjing 1
Niepolomice 1
Nonthaburi 1
Parit Raja 1
Petaling Jaya 1
Porto 1
Radford 1
Richmond 1
Riga 1
Riverside 1
Rostov-on-Don 1
Saint Petersburg 1
Seattle 1
Sofia 1
Sorocaba 1
St Petersburg 1
Taipei 1
Taizhou 1
Talence 1
Taoyüan 1
Tokyo 1
Toledo 1
University Park 1
Vladivostok 1
Warsaw 1
Woodbridge 1
Wynberg 1
Xinxiang 1
Yueyang 1