micronanoflows.ac.uk valuation and analysis
Robots.txt Information
| Robot | Path | Permission |
| GoogleBot | / | ✔ |
| BingBot | / | ✔ |
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User-agent: * Disallow: /wp-admin/ Allow: /wp-admin/admin-ajax.php | ||
Meta Tags
| Title | A research partnership investigating gas and liquid flows at the micro and nano scale - Micro & |
| Description | Stay up to Projects People Blog Publications Opportunities Links Close Projects People Blog Publications Opportunities Links Stay up to date Latest news Meet our tea |
| Keywords | N/A |
Server Information
| WebSite | |
| Host IP | 91.238.163.57 |
| Location | United Kingdom |
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micronanoflows.ac.uk Valuation
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US$3,549,479
Last updated: 2022-07-06 12:40:31
micronanoflows.ac.uk has Semrush global rank of 2,981,932. micronanoflows.ac.uk has an estimated worth of US$ 3,549,479, based on its estimated Ads revenue. micronanoflows.ac.uk receives approximately 409,556 unique visitors each day. Its web server is located in United Kingdom, with IP address 91.238.163.57. According to SiteAdvisor, micronanoflows.ac.uk is safe to visit. |
Traffic & Worth Estimates
| Purchase/Sale Value | US$3,549,479 |
| Daily Ads Revenue | US$3,277 |
| Monthly Ads Revenue | US$98,294 |
| Yearly Ads Revenue | US$1,179,519 |
| Daily Unique Visitors | 27,304 |
| Note: All traffic and earnings values are estimates. | |
DNS Records
| Host | Type | TTL | Data |
| micronanoflows.ac.uk. | A | 28799 | IP: 91.238.163.57 |
| micronanoflows.ac.uk. | NS | 28800 | NS Record: extdns1.warwick.ac.uk. |
| micronanoflows.ac.uk. | NS | 28800 | NS Record: extdns2.warwick.ac.uk. |
| micronanoflows.ac.uk. | TXT | 28800 | TXT Record: 163082A7-D033-4713-B43A-BFAE0855FC15 |
HtmlToTextCheckTime:2022-07-06 12:40:31
| Projects People Blog Publications Opportunities Links Close Projects People Blog Publications Opportunities Links Stay up to date Latest news Meet our team Read more Work with us Read more A research partnership for micro and nano scale fluid flows This research partnership is training engineers and developing new computational tools in the multiscale fluid dynamics that is needed for emerging technologies that leverage physicochemical effects from the nanoscale to the macroscale. Examples of multiscale technologies include: controlling nano-bubble cavitation to treat cancer; nano-filtering seawater to make it drinkable for water-stressed populations; and nanostructured coatings to reduce the accretion of ice on sea vessels. This work represents a revolution in simulation for design across different materials and multiple length and time scales. Applications The technological applications we are investigating include: ultra-high heat flux cooling using evaporating liquid/vapour |
HTTP Headers
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