farazdaghi.com - Hadi Farazdaghi Research

Success! Domain farazdaghi.com was analyzed on !

DomainsData.org: Hadi Farazdaghi Research

Title:

Hadi Farazdaghi Research
Age:

12 years old
Alexa Rank:
Total Sites Linking In (Alexa):

1
Domain's IP Country:

United States
Status Code:

OK
IP Address:

74.201.226.52
Description:
Keywords:

farazdaghi.com Whois Information:

1.

Domain Name:

farazdaghi.com
2.

Domain Age:

12 years old
3.

Name Server 1:

netrover.netrover.com
4.

Name Server 2:

ns2.netrover.net
5.

Created:

Monday 05. July 2004
6.

Expires:

Sunday 05. July 2020
7.

Domain Registrar:

pairNIC INC

Website Important Html Tags:

TAG
TEXT
div
Biosystems
div
13:32:45 -
div
Presented at: Solar Energy and Artificial Photosynthesis, The Royal Society, London, 17th-19th July 2007.
div
19:45:00 -
div
Presented at GRC, CO2 Assimilation in Plants:Genome to Biome, Aussois, France, Sept. 11-16, 2005.
div
19:33:05 -
div
These are the archived comments from various people for my July 9 2004 Modeling of C3 Photosynthesis Paper.
div
18:30:45 -
div
Competition, whether it is intra- or inter-specific includes the effect of changes in often more than one factor on the growth of organisms. This paper deals with interactions of two populations of organisms in pure and mixed cultures. The interesting part of it, in my view, is the analysis and treatment of the interaction between the two species.
div
15:36:10 -
div
A theory and model is given for Rubisco reaction that considers, within the limits of Michaelis-Menten eqn, the reaction is Blackman type at low CO2 & light, enzyme limiting at saturation of both substrates, with co-limitation of enzyme-substrate complexes in between. H.F.
li
Co-limitation Theory (Michaelis-Menten)
li
Two-Process Theory (Farquhar, von Caemmerer & Berry, 1980)
li
Single-Process, Two-Step Theory (Farazdaghi, 2004)
h2
03 September 2011
h2
19 August 2007
h2
22 August 2005
h2
12 July 2004
h2
09 July 2004
h2
Papers
h2
Areas or Interest
h3
The single-process biochemical reaction of Rubisco: a unified theory and model with the effects of irradiance, CO₂ and rate-limiting step on the kinetics
h3
Modeling Rubisco Reaction with a New Two-Substrate Ordered Model
h3
A Theory and Model for the Reaction of RuBP Carboxylase/Oxygenase and Photosynthesis in C3-Plants
h3
Archived Comments for the C3 Photosynthesis Paper
h3
Lotka-Volterra Competition & Product Inhibition
h3
Modeling of C3 Photosynthesis
h1
Navigation

farazdaghi.com IP Information:

1.

Ip Address:

74.201.226.52
2.

Country:

United States
3.

Status Code:

OK
4.

Region Name:
5.

City Name:
6.

Zip Code:
7.

Speed test:

63.5 ms

farazdaghi.com Alexa Information:

5 Websites linking to farazdaghi.com:
wikidoc.org

Websites related to farazdaghi.com:
plantsci.org.au
s.teoma.com

Top Keywords from Search Engines:

Site Screenshots:

Screenshot created on

This is a screenshot of farazdaghi.com, created on
Click on thumb to enlarge the screenshot.

Google Ranking Screenshots:

Screenshot created on

This is a Google Top 10 results' screenshot for keyword Hadi Farazdaghi Research created on .
The position for keyword Hadi Farazdaghi Research is: 1
Google Ranking Position checked from US (United States of America) Ip Address on .
Click on thumb to enlarge the screenshot.