kdvlab.net valuation and analysis

Robots.txt Information
Robot Path Permission
GoogleBot /
BingBot /
BaiduSpider /
YandexBot /
Meta Tags
Title dalnoki-veress
Description home people current members alumni prospective members Kari Dalnoki-Veress publications news pictures group pictures sciart Menu dalnoki-veress lab experi
Keywords N/A
Server Information
WebSite kdvlab faviconkdvlab.net
Host IP 198.49.23.145
Location United States
Related Websites
Site Rank
More to Explore
kdvlab.net Valuation
US$1,911
Last updated: 2023-05-20 04:04:41

kdvlab.net has Semrush global rank of 0. kdvlab.net has an estimated worth of US$ 1,911, based on its estimated Ads revenue. kdvlab.net receives approximately 220 unique visitors each day. Its web server is located in United States, with IP address 198.49.23.145. According to SiteAdvisor, kdvlab.net is safe to visit.

Traffic & Worth Estimates
Purchase/Sale Value US$1,911
Daily Ads Revenue US$1
Monthly Ads Revenue US$52
Yearly Ads Revenue US$635
Daily Unique Visitors 14
Note: All traffic and earnings values are estimates.
DNS Records
Host Type TTL Data
kdvlab.net. A 3600 IP: 198.49.23.145
kdvlab.net. A 3600 IP: 198.49.23.144
kdvlab.net. A 3600 IP: 198.185.159.144
kdvlab.net. A 3600 IP: 198.185.159.145
kdvlab.net. NS 3600 NS Record: ns1.netfirms.com.
kdvlab.net. NS 3600 NS Record: ns2.netfirms.com.
kdvlab.net. MX 3600 MX Record: 30 mx.kdvlab.net.
kdvlab.net. TXT 3600 TXT Record: v=spf1 ip4:66.96.128.0/18 ?all
HtmlToTextCheckTime:2023-05-20 04:04:41
home people current members alumni prospective members Kari Dalnoki-Veress publications news pictures group pictures sciart Menu dalnoki-veress lab experiments in soft and living matter home people current members alumni prospective members Kari Dalnoki-Veress publications news pictures group pictures sciart Department of Physics & Astronomy , McMaster University RESEARCH OVERVIEW The main focus of our research group is the study soft and living matter at surfaces and interfaces . The physics of soft materials is distinct from hard matter as the weaker intermolecular bonds result in a large response to external stresses. We study mainly polymeric materials, but also C. elegans (a small nematode), bacteria, living cells and soft-colloidal systems. Understanding material properties at a fundamental level is crucial to the development of new technologies. A surprising aspect of these materials is that on small length scales, like in thin films or coatings, these materials can have
HTTP Headers
HTTP/1.1 200 OK
Accept-Ranges: bytes
Age: 211061
Content-Length: 57799
Content-Type: text/html;charset=utf-8
Date: Tue, 03 Jan 2023 22:16:24 GMT
Etag: W/"d4e4ac843abe6bb4e0a1549a1ab24eb6"
Expires: Thu, 01 Jan 1970 00:00:00 GMT
Server: Squarespace
Set-Cookie: crumb=BVbY67RwXWDCNjczMWNiZjM4ZTFhZWViN2FhYzk0MjMzMjQ5ZWI2;Path=/
Vary: Accept-Encoding
X-Content-Type-Options: nosniff
X-Contextid: BQ1QhU6j/YMTscY3M